#### Course Answers

###### BUSINESS

###### COMPUTER SCIENCE

###### Artificial Intelligence

###### Computer Architecture

###### Data Structures & Algorithms

###### Database Systems

###### Digital Forensics

###### Logic Design

###### Operating Systems

###### Software Analysis & Design

###### Theory of Computation

###### OTHER COURSES

###### Calculus

###### question_empty

###### World History

###### Nursing

###### Chemistry

###### Advanced Math

###### Other Math

###### Psychology

###### Electrical Engineering

###### Algebra

###### Statistics and Probability

###### Geometry

###### Computer Science

###### Civil Engineering

###### Trigonometry

###### Physics

###### Earth Sciences

###### Biology

###### Anatomy and Physiology

###### Precalculus

###### Mechanical Engineering

###### Accounting

###### Economics

###### Finance

###### Operations Management

###### My Profile

###### My Profile

###### My Answers

#### Solved: Find (f )if Fh) = 2x3+5x+2

Find (f )if fh) = 2x3+5x+2

#### Solved: -/0.16 Points SCalcET8 2.8.059. 17. Show That The Function F(x) = |x - 21 Is Not Differentiable At 2 We Have If X 2 F(x) X - 2 = If X < 2 The Right-hand Limit Is F(x) F(2) Lim X2 X - 2 And The

-/0.16 points SCalcET8 2.8.059. 17. Show that the function f(x) = |x - 21 is not differentiable at 2 We have if x 2 f(x) x - 2 = if x < 2 The right-hand limit is f(x) f(2) lim x2 x - 2 and the left-hand limit is lim f(x)- f(2) x2 ? — 2 = lim X - f(2) does not exist and fis not differentiable at 2. ? >2 ?— 2 Since these limits are not equal, f'(2) Find a formula for f' and sketch its gra

#### Solved: 3. Evaluate The Triple Integral Fffn DV, Where D Is The Solid Enclosed By The Parabolic Cylinder Y 2 And The Planes = 0 And Y+z = 1. Sketch Picture. A

3. Evaluate the triple integral fffn dV, where D is the solid enclosed by the parabolic cylinder y 2 and the planes = 0 and y+z = 1. Sketch picture. a

#### Solved: 1. Convergence Criteria, Comparison Tests For Each Of The Following Series, Determine If It Is Convergent, Divergent, Or Neither. For Convergent Power Series, Compute The Radius Of Convergence

1. Convergence criteria, comparison tests For each of the following series, determine if it is convergent, divergent, or neither. For convergent power series, compute the radius of convergence. For numerical convergent series, compute the limit. n (1.3) 2n (1.4) n! iMEM

#### Solved: Consider The Following Equations Fty) V49-y G(y) 0 Y2 Sketch The Region Bounded By The Graphs Of The Functions. 3.0H 3.01 2.5 2.5 2.0 2.0 1.5 1.5 1.0 1.0 0.5 0.5F 02 0.4 0.6 0.8 10 1.2 0.2 0.4

Consider the following equations fty) V49-y g(y) 0 y2 Sketch the region bounded by the graphs of the functions. 3.0H 3.01 2.5 2.5 2.0 2.0 1.5 1.5 1.0 1.0 0.5 0.5F 02 0.4 0.6 0.8 10 1.2 0.2 0.4 0.6 0.8 1.0 1.2 3.0h 3.0H 2.5 2.5 Weblssign Piat 2.0 2.0 1.5 1.5 MacBook Pro 90 0sc % & 2 3 6

#### Solved: Dy 12 Di Natx 9tX3

Find the general solution of the differential equation. dy 12 di Natx 9tX3

#### Solved: 1. Convergence Criteria, Comparison Tests For Each Of The Following Series, Determine If It Is Convergent, Divergent, Or Neither. For Convergent Power Series, Compute The Radius Of Convergence

1. Convergence criteria, comparison tests For each of the following series, determine if it is convergent, divergent, or neither. For convergent power series, compute the radius of convergence. For numerical convergent series, compute the limit. ?? 1 (1.1) ?(? + 1) (-1)" (1.2) ? IM IM

#### Solved: Lonsider The Following Equations Fx) X+4 G(x) Sketch The Region Bounded By The Graphs Of The Functions. 3 2 O. -5 -7 Find The Area Of The Region.

Lonsider the following equations fx) x+4 g(x) Sketch the region bounded by the graphs of the functions. 3 2 O. -5 -7 Find the area of the region.

#### Solved: 6. Fig. 11 Shows The Graph Of G. Sketch The Graph Of G Fig. 1

6. Fig. 11 shows the graph of g. Sketch the graph of g Fig. 1

#### Solved: 20. Does F(x)= 3 + Sin(x) Have An Inverse Function? Justify Your Answer

20. Does f(x)= 3 + sin(x) have an inverse function? Justify your answer

#### Solved: Fly Spider Fig. 19: Find The Shortest Path From The Spider To The Flay Along The Surface Of The Cube 28. A Spider And A Fly Are Located At Opposite Corners Of The Cube As Shown In Fig. 19. Ske

fly spider Fig. 19: Find the shortest path from the spider to the flay along the surface of the cube 28. A spider and a fly are located at opposite corners of the cube as shown in Fig. 19. Sketch the shortest path the spider can take along the surface of the cube to reach the fly

#### Solved: 20. (a) What Is The Viewing Angle For The Tunnel Sign In Fig. 24? (b) Use Arctangents To Describe The Viewing Angle When The Observer Is X Feet From The Entrance Of The Tunnel 10 Ft Sign 20 Ft

20. (a) What is the viewing angle for the tunnel sign in Fig. 24? (b) Use arctangents to describe the viewing angle when the observer is x feet from the entrance of the tunnel 10 ft sign 20 ft tunnel 5 ft road 40 ft Fig. 24: On the road

#### Solved: Chapter 3, Section 3.4, Question 07 Find The Solution Of The Given Initial Value Problem. (.) -3 X' = X, X(0)= 3 The Solution Of The Initial Value Problem Is Given By 2 Cos(6t) X(t) = 2e-3 Sin

Chapter 3, Section 3.4, Question 07 Find the solution of the given initial value problem. (.) -3 x' = x, x(0)= 3 The solution of the initial value problem is given by 2 cos(6t) X(t) = 2e-3 sin(6) -2 sin(6t) x(t) = -2e-3t cos(6t) -2 sin(6t) 2 cos(6) +2e-3 X(t) = -2e-3 cos(6t) sin(6t) 2 cos(6t *(a) -2 sin(6t) +2e-3 x(t) = -2e-3 sin(6t) cos(61) -2 sin(6t) 2 cos(6t) +2e-3 x(t) = 2e-3 sin(6t) cos(61)

#### Solved: Functions Of T. Tan(0) = 4000 So (Hint: 0 And H Are D Dh Dt Tan(0) Dt (4000) . Then Solve For Dt 34. You Are Observing A Rocket Launch From A Point 3000 Feet From The Launch Pad. You Heard On

functions of t. tan(0) = 4000 so (Hint: 0 and h are d dh dt tan(0) dt (4000) . Then solve for dt 34. You are observing a rocket launch from a point 3000 feet from the launch pad. You heard on the radio the when the rocket is 5000 feet high its velocity is 100 feet per second. (a) What is the angle of elevation of the rocket when it is 5000 feet up? (b) How fast is the angle of elevation increasin

#### Solved: Solve The Given System Of DEs By Systematic Elimination. Assume The Independent Variable Is T. Pls Write The Solution In Detail, I Want To Figure Out How To Do This Kind Of Question Instead Of

Solve the given system of DEs by systematic elimination. Assume the independent variable is t. pls write the solution in detail, I want to figure out how to do this kind of question instead of just knowing the answer 3. 4y e dt2 d2y et dt2 4 " - y/ = t x6 y+ 6y = 5

#### Solved: EXTRA Cr 2 TI

please show work EXTRA Cr 2 tI

#### Solved: Tan(a)tan(b) 56. Let A Arctan( X) And B = Arctan( Y). Use The Identity Tan( A + B ) = To Show That 1 Tan(a)tan(b) X + Y Arctanx)arctan( Y ) = Arctan -xy ).

tan(a)tan(b) 56. Let a arctan( x) and b = arctan( y). Use the identity tan( a + b ) = to show that 1 tan(a)tan(b) X + y arctanx)arctan( y ) = arctan -xy ).

#### Solved: My Notes OAsk Your Teacher OO PonS Pevous Answers LarCalcET6 12.3.035 M Use The Model For Projectile Motion, Assuming There Is No Air Resistance. A Shot Fired From A Qun With A Muzzle Velocity

My Notes OAsk Your Teacher OO ponS Pevous Answers LarCalcET6 12.3.035 M Use the model for projectile motion, assuming there is no air resistance. A shot fired from a qun with a muzzle velocity of 1400 feet per second is to hit a target 2600 feet away. Determine the minimum angle of elevation of the gun. (Round your answer to two decimal places.) 0 37 Need Help? Read it Talk to a Tuter Watch 8

#### Solved: ? 3 30 2 Dx ? 1n(x) 6?

? 3 30 2 dx ? 1n(x) 6?

#### Solved: 44. Find Area Between The Curve Y = 1 +x2 And The X-axis (a) From X =- 10 To 10 And (b) From X -A To A . (c) Find The Area Under The Whole Curve. (Calculate The Limit Of Your Answer As A In Pa

44. Find area between the curve y = 1 +x2 and the x-axis (a) from x =- 10 to 10 and (b) from x -A to A . (c) Find the area under the whole curve. (Calculate the limit of your answer as A in part (b)

#### Solved: 1. (a) Draw A Single Graph That Is: I. Both Continuous And Differentiable At X = 1 Ii. Continuous But Not Differentiable At X = 2 (b) Why Can You Not Make The Graph Differentiable But Not Cont

1. (a) Draw a single graph that is: i. both continuous and differentiable at x = 1 ii. continuous but not differentiable at x = 2 (b) Why can you not make the graph differentiable but not continuous at x = 3?

#### Solved: (In(x - 2))2 Find The Area Enclosed By Y In(x - 2) And Y

(In(x - 2))2 Find the area enclosed by y In(x - 2) and y

#### Solved: 1.02/4 Points | Previous Answers LarCalc11 11.4.505.XP.MI. 9. Consider The Following. (-8, 0, 4) (5, -1, 0) U = V = Find U X V. Determine If U X V Is Orthogonal To Both U And V By Finding The

1.02/4 points | Previous Answers LarCalc11 11.4.505.XP.MI. 9. Consider the following. (-8, 0, 4) (5, -1, 0) u = V = Find u x v. Determine if u x v is orthogonal to both u and v by finding the values below. (u x v) (A x n) ux v is orthogonal to both u and v. V . X u x v is not orthogonal to both u and v.

#### Solved: JTung M Youl WebhSSign Grace Period. Get Access Today. 3. 1 Points LarCalc10 7.1.005.MI Set Up The Definite Integral That Gives The Area Of The Region. Y1 5(x3 -x) Y2 0 C Dx -1.5 -1.0 -0.5 0.5

JTung m youl webhSSign Grace Period. Get Access Today. 3. 1 points LarCalc10 7.1.005.MI Set up the definite integral that gives the area of the region. y1 5(x3 -x) Y2 0 C dx -1.5 -1.0 -0.5 0.5 110 1.5 Watch It Master It Talk to a Tutor Need Help? Read It Save Progress Practice Another Version Submit Answer O-1 points LarCalc10 7.1.006.MI 4. Set up the definite integral that gives the area of

#### Solved: -/6 Points LarCalc11 11.4.009 15. Find U X V, V X U, And V X V. U 5, -8, -4) V (-6, -3, -7) = (a) A X N (b) V X U (c)

-/6 points LarCalc11 11.4.009 15. Find u x v, v x u, and v x v. u 5, -8, -4) v (-6, -3, -7) = (a) A x n (b) V X u (c)

#### Solved: 3. Find The Parametric Equations And Symmetric Equations For The Line Through The Points (6, 1,-3) And (2, 4, 5). 4. Find The Equation Of The Plane Through The Point (6,3,2) And Perpendicular

pls answer more than one if you can. thank you 3. Find the parametric equations and symmetric equations for the line through the points (6, 1,-3) and (2, 4, 5). 4. Find the equation of the plane through the point (6,3,2) and perpendicular to vector -2,1,5). 5. Find the number k for which u = (1,2,1) and is perpendicular to =(k, 3,4). 6. Find the unit normal vector N for the curve: 7(t) = (sin(

#### Solved: The Total Sales Of S (in Thousands Of DVDs) Of A Certain Movie Are Given By The Following Formula Where T Is The Number Of Monthss Since The Release Of The DVD Use The Formula To Answer The Qu

please solve and show work The total sales of S (in thousands of DVDs) of a certain movie are given by the following formula where t is the number of monthss since the release of the DVD Use the formula to answer the questions. 60 S0 3.150 a) Find S'(). sm- b) Find S(10) and S(10) The value of S(10) rounded to the nearest hundredth is The value of S (10) rounded to the nearest hundredth is Wha

#### Solved: The Yalration Af Palomete8s Use Menod Tobewe Difellntnl Auhbn E RE-A-R

the Yalration af palomete8s use menod tobewe difellntnl auhbn e RE-A-R

#### Solved: Differentiate The Function. 4 Y- (9x-x+6) (-x +7) Y'=

please solve and show work Differentiate the function. 4 y- (9x-x+6) (-x +7) y'=

#### Solved: 1. Find F'(x) And Find The Equation Of The Line Tangent To The Graph Of F At X X-8 F(x) 7x-1 F'(x)= The Equation Of The Line Tangent To The Graph Of F At X = 1 Is Y =

please solve and show work 1. Find f'(x) and find the equation of the line tangent to the graph of f at x X-8 f(x) 7x-1 f'(x)= The equation of the line tangent to the graph of f at x = 1 is y =

#### Solved: Find The Arc Length Of The Graph Of The Function Over The Indicated Interval. 3/2 Y Y 40 30 20 10 3 -1 Talk To A Tutor Need Help? Watch It Read It Submit Answer Save Progress Practice Another

Find the arc length of the graph of the function over the indicated interval. 3/2 y y 40 30 20 10 3 -1 Talk to a Tutor Need Help? Watch It Read it Submit Answer Save Progress Practice Another Version

#### Solved: Dy Find ?? Dt Y= (48+ E') Int Dy Dt (Type An Exact Answer.) ???

please solve and show work dy Find ?? dt y= (48+ e') Int dy dt (Type an exact answer.) ???

#### Solved: Veirationf Palometess Salwe Eacd Pieblem Use Metneel To 220 3e /

veirationf palometess Salwe eacd pieblem use metneel to 220 3e /

#### Solved: 1 -3x E 3f-4xt Arctanlox-3 |5

Find the derivative of the given functions 1 -3x e 3f-4xt arctanlox-3 |5

#### Solved: Find The Indicated Derivative And Simplify. Y' For Y (8+5x-9x2) E X Y'= |

please solve and show work Find the indicated derivative and simplify. y' for y (8+5x-9x2) e X y'= |

#### Solved: Find F'(x) Et F(x)= 2x +5 F'(x)=

please solve and show work Find f'(x) et f(x)= 2x +5 f'(x)=

#### Solved: 1. Jtan1x) Dx 2. Jsec-1(x Dx 3. Sin 1x) Dx 4. Cos 1x) Dx 5. Csc1(x) Dx 6. Sec1(x)dx 7. Jcot X) Dx 8. Ln(x) Dx 9. Je* Sin(x) Dx 10. 3 Nx Dx COS

1. Jtan1x) dx 2. Jsec-1(x dx 3. sin 1x) dx 4. cos 1x) dx 5. csc1(x) dx 6. sec1(x)dx 7. Jcot x) dx 8. ln(x) dx 9. Je* sin(x) dx 10. 3 nx dx COS

#### Solved: Use The Naliation Palameteds Methoe To Salve Oiffelental Ealuatan. / -2172e

use the Naliation palameteds methoe to salve oiffelental ealuatan. / -2172e

#### Solved: The Given Curve Is Rotated About The Y-axis. Find The Area Of The Resulting Surface. Y = (1/4) X^2 ? (1/2) Ln(x), 1 ? X ? 3

The given curve is rotated about the y-axis. Find the area of the resulting surface. y = (1/4) x^2 ? (1/2) ln(x), 1 ? x ? 3

#### Solved: Find F'(x). 4 F(x) 2x In X F(x)

please solve and show work Find f'(x). 4 f(x) 2x In x f(x)

#### Solved: Find The Equation Of The Line Tangent To The Graph Of F At The Indicated Value Of X F(x) 5 Ex-1; X=0 O A. Y 4x+4 B. Y=5x+4 O C. Y=5x-4 O D. Y 5x+5

please solve and show work Find the equation of the line tangent to the graph of f at the indicated value of x f(x) 5 ex-1; x=0 O A. y 4x+4 B. y=5x+4 O C. y=5x-4 O D. y 5x+5

#### Solved: Find F'(x) 2 X Fx) In X-9ex +3x O A. F(x)=-9e +6 3 O B. F'(x)--9xex-1+6x Ww X 3 9e%+ 3x O C. F(x) X Www X 3 O D. F(x) 9e + 6x Ww X

please solve and show work Find f'(x) 2 X fx) In x-9ex +3x O A. f(x)=-9e +6 3 O B. f'(x)--9xex-1+6x ww X 3 9e%+ 3x O C. f(x) X www X 3 O D. f(x) 9e + 6x ww X

#### Solved: The Vaiation Af Padamete Ts Melhoel Ue To Salwe The Oliffelential Ealuatbny DAUSY D

the vaiation af Padamete ts melhoel ue to salwe the oliffelential Ealuatbny DAUSY D

#### Solved: The Questions A Formula For The Relationship Between Weight And Blood Pressure In Children Is Given By The Formda Below Where Po) Is Measured In Millimeters Of Mercury And X Is Measured In Pou

please solve and show work the questions A formula for the relationship between weight and blood pressure in children is given by the formda below where Po) is measured in millimeters of mercury and x is measured in pounds Use the formula to ame P)-14 36 In x) 10sxs 100 What is the rate of change of blood pressure with respect to welght at the 40 pound weight level The sate of change at the 4

#### Solved: A Box With An Open Top Is To Be Constructed From A Square Piece Of Cardboard, 9 Ft Wide, By Cutting Out A Square From Each Of The Four Corners And Bending Up The Sides. Find The Largest Volume

A box with an open top is to be constructed from a square piece of cardboard, 9 ft wide, by cutting out a square from each of the four corners and bending up the sides. Find the largest volume such a box can have.

#### Solved: 2-2x Dc 2. Evaluate 0

2-2x dc 2. Evaluate 0

#### Solved: X-2 Lim- 3 - + 1 X-5 (c) X>2

X-2 lim- 3 - + 1 x-5 (c) x>2

#### Solved: Find The Mass And Center Of Mass Of The Solid S Inside The Paraboloid Z=x2+y2 And Beneath The Plane Z=1 If The Density Of P(x,y,z) = Z. Use Two Different Methods, First With Cylindrical Coordi

Find the mass and center of mass of the solid S inside the paraboloid z=x2+y2 and beneath the plane z=1 if the density of p(x,y,z) = z. Use two different methods, first with cylindrical coordinates and second slicing the solid horizontally. So far, I used slices and got the center of mass to be (0,0,2/3) and the mass as pi/2. Is that correct/how do I do it with cylindrical coordinates?

#### Solved: Find K Such That The Line Is Tangent To The Graph Of The Function. Function Line F(x) Kx3 Y = 7x + 4 K = Need Help? Read It Watch It Talk To A Tutor

Find k such that the line is tangent to the graph of the function. Function Line f(x) kx3 y = 7x + 4 k = Need Help? Read It Watch It Talk to a Tutor

#### Solved: D In(6 Dx 2) At X = 1 (1 Point) Evaluate X Answer: (1 Point) Let F(x) = 2 Log, (x) F'(x)=2^xIn(2)(log(x)/log(4))+2/ (xIn(4)) Help (logarithms)

d In(6 dx 2) at x = 1 (1 point) Evaluate X Answer: (1 point) Let f(x) = 2 log, (x) f'(x)=2^xIn(2)(log(x)/log(4))+2/ (xIn(4)) help (logarithms)

#### Solved: (1 Point) Find The Absolute Maximum And Minimum Values Of The Following Function On The Given Interval. If There Are Multiple Points In A Single Category List The Points In Increasing Order In

(1 point) Find the absolute maximum and minimum values of the following function on the given interval. If there are multiple points in a single category list the points in increasing order in x value and enter N in any blank that you don't need to use. f(x) = 7x 14 cos(x), [-r,nr] Absolute maxima y = J y = X y Absolute minima y = y = x= 1 x = y =

#### Solved: CUL -Jwal Find The Arc Me C Length Parameter Along The Given Curve From The Point Where T 0 By Evaluating The Integral S(t) Dt. Then Find The Length Of The Indicated Portion Of The Curve R(t)

CUL -Jwal Find the arc me c length parameter along the given curve from the point where t 0 by evaluating the integral s(t) dt. Then find the length of the indicated portion of the curve r(t) = 7costi+7sintj+2t k, where 0stsx. Pla The arc length parameter along the curve, starting at t 0 is s(t) an exact answer, using radicals as needed.) bo (Type The length of the indicated portion of the cur

#### Solved: Find Equations Of The Tangent Line And Normal Line To The Given Curve At The Specified Point. X Y = (4, 0.4) X 1 0.03x0.52 Tangent Line Y = 33.33x 13293 Y = Normal Line G(x) And The Outer Func

please answer the question below Find equations of the tangent line and normal line to the given curve at the specified point. X y = (4, 0.4) X 1 0.03x0.52 tangent line y = 33.33x 13293 y = normal line g(x) and the outer function y = f(u).] Write the composite function in the form f(g(x)). [Identify the inner function u = 1 4x 3 (1+4x) (g(x), f(u)) X

#### Solved: CUL Ts Quiz: 11 Pls Possible Find The Point On The Curve R(t)- (5 Sin T)i + (5 Cos T)j- 12tk At A Distance 26x Units Along The Curve From The Point (0,5,0) In The Direction Of Increasing Arc L

CUL Ts Quiz: 11 pls possible Find the point on the curve r(t)- (5 sin t)i + (5 cos t)j- 12tk at a distance 26x units along the curve from the point (0,5,0) in the direction of increasing arc length The point is ( D (Type exact answers, using as needed.) Oc er for points fo imec chase cussio urse Tc Enter your answer in each of the answer boxes you can view.course materials View How to How

#### Solved: O-1 Points LarCalc9 4.5.070.ML Find The Indefinite Integral By The Method Shown In Example 4. + +C Need Help? Read It Talk To A Tutor Master It

O-1 points LarCalc9 4.5.070.ML Find the indefinite integral by the method shown in Example 4. + +C Need Help? Read It Talk to a Tutor Master It

#### Solved: Math.csi.cuny.edu Slaughter Inspection 101 News Labor Laws A...ues USAGov Ipedia Slaughterhou...ment Project Yahoo Popular 06.1 Area Between Two Curve... Finding Areas Between Curve... 06.1 Ar

math.csi.cuny.edu Slaughter Inspection 101 News Labor Laws a...ues USAGov ipedia Slaughterhou...ment Project Yahoo Popular 06.1 Area Between Two Curve... Finding Areas Between Curve... 06.1 Area Between Two Curve... 06.1 Area between two Curves: Problem 2 Previous Problem Problem List Next Problem Results for this submission Result Answer Preview Entered 32 incorrect 32 The answer above is NO

#### Solved: I Am Struggling Very Much With This Question, Could You Please Provide A Detailed Answer, I Will Rate It. Thank You Very Much.

I am struggling very much with this question, could you please provide a detailed answer, I will rate it. Thank you very much. 4. () Show that 5 (>0) +3- 16 128 6 mar (ii Find an approximation for da by using the series of part (i) and giving your answer correct to 4dp 6 mar J(1+e d (iii) Find an approximation for by using Simpson's rule with eight equal intervals and working to 4dp. 8 mar 4.

#### Solved: 0/1 Points | Previous Answers SCalcCC4 2.3.010.MI 7. Evaluate The Limit, If It Exists. (If An Answer Does Not Exist, Enter DNE.) X2-9x Lim ?->9 ?2 — 8? — 9 Need Help? Read It Master It Talk To

Show step by step 0/1 points | Previous Answers SCalcCC4 2.3.010.MI 7. Evaluate the limit, if it exists. (If an answer does not exist, enter DNE.) x2-9x lim ?->9 ?2 — 8? — 9 Need Help? Read It Master It Talk to a Tutor 8. 0/1 points Previous Answers SCalcCC4 2.3.011. Evaluate the limit, if it exists. (If an answer does not exist, enter DNE.) x2 lim 4x 3 _ ? > 6 9 — ?

#### Solved: Please Show All Of Your Steps. Do Not Use L'Hospital's Rule. Write All Horizontal And Vertical Asymptotes For The Function; List Any Removable Discontinuities (holes). Thank You :D

Please show all of your steps. Do not use L'Hospital's rule. Write all horizontal and vertical asymptotes for the function; list any removable discontinuities (holes). Thank you :D 2 f (x)arctan

#### Solved: I Am Struggling Very Much With This Question, Could You Please Provide A Detailed Answer, I Will Rate It. Thank You Very Much.

I am struggling very much with this question, could you please provide a detailed answer, I will rate it. Thank you very much. 2. (a) The power Pin a cireuit is given by 2- SV sin (0) I con () de P _ 27 where Vand I are the peak voltage and current respectively Determine P. (b) The energy stored, W, in an inductor is given by Find W du (e) (i) Show that +C by using the substitution tan (0). u=atan

#### Solved: QUESTION 5 Find The Value Of (f O G)' At The Given Value Of X. 1 1 + 18, U = G(x) = 218 X= 5 F(u) = 25 -28 O10

QUESTION 5 Find the value of (f o g)' at the given value of x. 1 1 + 18, u = g(x) = 218 X= 5 f(u) = 25 -28 O10

#### Solved: Find And Classify All Critical Points Of F(x,y) = X^4 + Y^4 -6(x^2)(y^2) -2x^2 +2y^2

Find and classify all critical points of f(x,y) = x^4 + y^4 -6(x^2)(y^2) -2x^2 +2y^2

#### Solved: LONG 7.4 30x18x X T13 7 DIVISION- Dx FULK 4x + 2 3 3 Lox 4x 9X4 30x 18x X + 13 |(36x3 9x2.4x 36x Ox 18x2-5* +13 O 4.4x- Lox 6 4 NOW SUB TRACT NEW TERMS -Sx 5 2 THIS IS NOw THE REMAINDER BE CAU

please help me understand what i did wrong here? thank you LONG 7.4 30x18x x t13 7 DIVISION- dx FULK 4x + 2 3 3 lox 4x 9X4 30x 18x x + 13 |(36x3 9x2.4x 36x ox 18x2-5* +13 O 4.4x- lox 6 4 NOW SUB TRACT NEW TERMS -Sx 5 2 THIS IS NOw THE REMAINDER BE CAUSE ET is DEGREE 1 s DEG.2 ax2 4x2.2 -1tx2 THE DIVISOR 4.2= 8 NEW FORM: SUBTRACT NEW TERMS -Sx+5 2) dx + 9x24 BECAUSE DE NOM DOES NOT FACTOR, NUM

#### Solved: (1 Point) Book Problem 39 The Base Of A Certain Solid Is An Elliptical Region With Boundary Curve 4x225y2100. Cross-sections Perpendicular To The R-axis Are Isosceles Right Triaingles With Hyp

(1 point) Book Problem 39 The base of a certain solid is an elliptical region with boundary curve 4x225y2100. Cross-sections perpendicular to the r-axis are isosceles right triaingles with hypotenuse in the base. Use the formula V = ° A(x) da to find the volume of the solid. _ The lower limit of integration is a The upper limit of integration is b= The base of the triangular cross-section is

#### Solved: Problem 1. (23 Pts) During The First 40 Seconds Of A Rocket Flight, The Rocket Is Propelled Straight Up So That In T Seconds It Reaches A Height Of S = 0.3t3 Ft (a) How Hight Does The Rocket T

Problem 1. (23 pts) During the first 40 seconds of a rocket flight, the rocket is propelled straight up so that in t seconds it reaches a height of s = 0.3t3 ft (a) How hight does the rocket travel in 40 s? (b) What is the average velocity of the rocket during the first 40 s? (c) What is the average velocity of the rocket during the first 1000 ft of its flight? (d) What is the velocity of the roc

#### Solved: Using Polar Coordinates, Evaluate The Integral ??Rsin(x2+y2)dA Where R Is The Region 4?x2+y2?81. Please Show All The Work, I Want To Know Where I Went Wrong In My Steps. Thank You!

Using polar coordinates, evaluate the integral ??Rsin(x2+y2)dA where R is the region 4?x2+y2?81. Please show all the work, I want to know where I went wrong in my steps. Thank you! Entered Result Answer Preview cos(81 4) incorrect -0.0973109321315004 The answer above is NOt correct sin(x dA where R 2 +y < 81. the region 4 (1 point) Using polar coordinates, evaluate the integral pi(cos(81-4)

#### Solved: Evaluate The Following Limit. Lim ??1 [?sin(??1) / 2?^2???1]

Evaluate the following limit. lim ??1 [?sin(??1) / 2?^2???1]

#### Solved: 2 -dx X3Vx4-1 X

Solve using the table of integrals 2 -dx x3Vx4-1 X

#### Solved: I Am Struggling Very Much With This Question, Could You Please Provide A Detailed Answer, I Will Rate It. Thank You Very Much.

I am struggling very much with this question, could you please provide a detailed answer, I will rate it. Thank you very much. Find the Laplace transform F(s) of the function a) 5 0 0s1< i) f)2 1sI<3 3st b) Find the function f(t) whose Laplace transform is 3 i)F(s)+35 4s3-1 i) F(s)=-

#### Solved: QUESTION 3 At The Given Point, Find The Slope Of The Curve, The Line That Is Tangent To The Curve, Or The Line That Is Normal To The Curve, As Requested. 3 +9x, Normal At (0, 1) V=x+ 9 Y X+1 Y

QUESTION 3 At the given point, find the slope of the curve, the line that is tangent to the curve, or the line that is normal to the curve, as requested. 3 +9x, normal at (0, 1) v=x+ 9 y x+1 y.x+1 Nm

#### Solved: 0/8 Points| Previous Answers LarCalc11 11.4.023. 4. Verify That The Points Are The Vertices Of A Parallelogram, And Find Its Area. A(1, 1, 3), B(9, -1, 0), C(11, 2, -7), D(3, 4, -4) 533821 879

0/8 points| Previous Answers LarCalc11 11.4.023. 4. Verify that the points are the vertices of a parallelogram, and find its area. A(1, 1, 3), B(9, -1, 0), C(11, 2, -7), D(3, 4, -4) 533821 8795 Need Help? Watch It Talk to a Tutor Read It

#### Solved: Use The Chain Rule To Find The Indicated Partial Derivatives. Z = X4 X2y, Az Az Az As' At Au Stu2; X = S + 2t - U, Z X Y = When S 5, T = 2, U = 1 2900 X Az 6200 At = Au Need Help? Talk To A Tu

Use the Chain Rule to find the indicated partial derivatives. z = x4 x2y, az az az as' at au stu2; X = S + 2t - u, Z X y = when s 5, t = 2, u = 1 2900 X az 6200 at = au Need Help? Talk to a Tutor Watch It

#### Solved: Find The Domain Of The Vector-valued Function. (Enter Your Answer Using Interval Notation.) (0)0 R(t) F(t) X G(t), Where F(t)- Ti-g+ Tk, G(t) = {V?i + _ + (t+6)k (0 Read It Need Help? Talk To

Find the domain of the vector-valued function. (Enter your answer using interval notation.) (0)0 r(t) F(t) x G(t), where F(t)- ti-g+ tk, G(t) = {V?i + _ + (t+6)k (0 Read it Need Help? Talk to a Tutor U Submit Answer Practice Another Version Save Progress My Notes Ask O-14 points LarCale11 12.1.015 1.) Represent the line segment from P to Q by a vector-valued function. (P corresponds to t 0. Q cor

#### Solved: 1 From X 1 To X = T. Find The Area Under The Curve Y = 1 1 1 22 100, And T = 1000 Evaluate The Area Under The Curve For T = 10, T = 0.495 T = 10 0.49995 T = 100 X 0.499995 1000 T = Find The To

1 from x 1 to x = t. Find the area under the curve y = 1 1 1 22 100, and t = 1000 Evaluate the area under the curve for t = 10, t = 0.495 t = 10 0.49995 t = 100 X 0.499995 1000 t = Find the total area under this curve for x 2 1 0.5

#### Solved: Solve The Problem. A Wheel With Radius 3 M Rolls At 12 Rad/s. How Fast Is A Point On The Rim Of The Wheel Rising When The Point Is 7u Radians Above The Horizontal (and Rising)? (Round Your Ans

Solve the problem. A wheel with radius 3 m rolls at 12 rad/s. How fast is a point on the rim of the wheel rising when the point is 7u radians above the horizontal (and rising)? (Round your answer to one decimal place.) 72.0 m/s 18.0 m/s O9.0 m/s O 36.0 m/s QUESTION10 Solve the problem. Round your answer, if appropriate. Water is being drained from a container which has the shape of an inverted ri

#### Solved: Find The Absolute Maximum And Minimum Values Of The Following Function On The Given Interval. If There Are Multiple Points In A Single Category List The Points In Increasing Order In X Value A

Find the absolute maximum and minimum values of the following function on the given interval. If there are multiple points in a single category list the points in increasing order in x value and enter N in any blank that you don't need to use. f(x)=7x?14cos(x), [??,?] Absolute Max: x= y= x= . y= x= . y= Absolute min x= y= x= y= x= y=

#### Solved: 1. Given A(1,3,-1), B(2, 1,-2), C(-2,1,1), D(1,-1, 1), And A Vector Fi=21-2j+k, (a) Find Parametric And Symmetric Equations For The Line That Passes Through The Point A(1,3,-1) And Is Parallel

plz help me with D E and F 1. Given A(1,3,-1), B(2, 1,-2), C(-2,1,1), D(1,-1, 1), and a vector fi=21-2j+k, (a) Find parametric and symmetric equations for the line that passes through the point A(1,3,-1) and is parallel to the vector i21-2+k. (b) Find the equation of the plane that passes through A(1,3,-1) and perpendicular to = 27-2+ (c) Find the line segement equation from A(1,3,-1) to B(2,

#### Solved: The Figure Shows The Velocity V Or Position S Of A Body Moving Along A Coordinate Line As A Function Of Time Use The Figare To Answer The Question. S (m) 5+ 4- T (sec) 3 - 1 2 34 5 6 7&9 10 Wh

The figure shows the velocity v or position s of a body moving along a coordinate line as a function of time Use the figare to answer the question. s (m) 5+ 4- t (sec) 3 - 1 2 34 5 6 7&9 10 When is the body moving forward? 0<t<3,3<2<5,5<t<8 .0<t<i,3<t < 4, 5<t<7 0ct<1,3<t<4,5<t<7, 9<t< 10 Cst<8

#### Solved: (1 Point) Book Problem 21 3 Sin(x) And Y 2 Cos() From Sketch The Region That Lies Between The Curves Y = — ? O To X 0.87. Notice That This Region Consists Of Two Separate Parts. Using A Graphi

(1 point) Book Problem 21 3 sin(x) and y 2 cos() from Sketch the region that lies between the curves y = — ? O to x 0.87. Notice that this region consists of two separate parts. Using a graphing calculator, the x-coordinatec of the point of intersection is approximately equal to 0.87 The area A of this region is dx 1 dx After integrating, A = _ 1 point) ?ook Problem 31 f the birth rate of a p

#### Solved: (1 Point) Book Problem 19 Consider The Region Enclosed By The Graphs Of 2y = 5/x,y = 8, And 2y +1x 6 _ The Area A Of This Region Could Be Computed In Two Ways: S1(x) Da H2(x) Da 1) By Integrat

(1 point) Book Problem 19 Consider the region enclosed by the graphs of 2y = 5/x,y = 8, and 2y +1x 6 _ The area A of this region could be computed in two ways: S1(x) da h2(x) da 1) By integrating with respect to x, A = + b where a = ? %— h1(r) and h2( (1 point) Book Problem 18 2 x and y Sketch the region enclosed by the curves y : 15. _ List the points of intersection of these curves from LEF

#### Solved: (1 Point) Book Problem 10 9 And 2y = 6 . Consider The Region Between The Graphs ?— H Sh(y)dy The Area Of This Region Can Be Computed As And H(y) B Where A The Area Is (1 Point) Book Problem 15

(1 point) Book Problem 10 9 and 2y = 6 . Consider the region between the graphs ?— h Sh(y)dy The area of this region can be computed as and h(y) b where a The area is (1 point) Book Problem 15 y27 4y2 and Sketch the region enclosed by the curves x List the points of intersection of these curves from BOTTOM to TOP in the form (x, y) ( and Decide whether to integrate with respect to x or y to f

#### Solved: (1 Point) Book Problem 7 4x2 Sketch The Region Enclosed By The Curves Y 2x And Y List The Points Of Intersection Of These Curves From LEFT To RIGHT In The Form (x, Y) ( And Decide Whether To I

(1 point) Book Problem 7 4x2 Sketch the region enclosed by the curves y 2x and Y List the points of intersection of these curves from LEFT to RIGHT in the form (x, y) ( and Decide whether to integrate with respect to x or y to find the area A of the region. A = (1 point) Book Problem 11 2 1 Sketch the region enclosed by the curves y= 6 - x2 and y List the points of intersection of these curves

#### Solved: QUESTION 8 Solve The Problem. A Piece Of Land Is Shaped Like A Right Triangle. Two People Start At The Right Angle Of The Triangle At The Same Time, And Walk At The Same Speed Along Different

QUESTION 8 Solve the problem. A piece of land is shaped like a right triangle. Two people start at the right angle of the triangle at the same time, and walk at the same speed along different legs of the triangle. If the area formed by the positions of the two people and their starting point (the right angle) is changing at 5 m2/s, then how tast are the people moving when they are 2 m from th

#### Solved: 7.2 21a And O Omy, 8, 8, 14, 16, 18, 20, 24, S0, 381 Additional: 1. Find The Following For A Savings Account In Which Interest Is Compounded Continuously Amt After 10 Years Initial Investment

7.2 21a and o omy, 8, 8, 14, 16, 18, 20, 24, s0, 381 Additional: 1. Find the following for a savings account in which interest is compounded continuously Amt after 10 years Initial Investment Annual Rate Time to Double $18,000 $12,500 $500 5.5% a. 20 years b. S1,292.85 c. Cancel Revert

#### Solved: Noltstne CHAPTER SUMMAR Dy 22. Use The Chain Rule To Find Dx A. ?%3D 5u* + ? — 1; ? %3 3? + 1 1 B. Y 2 = 2x + 3 U = Dy 23. Use The Chain Rule To Find Dx CHT At A. Y (u 1); U = 1 - X 1 B. Y U =

noltstne CHAPTER SUMMAR dy 22. Use the chain rule to find dx a. ?%3D 5u* + ? — 1; ? %3 3? + 1 1 b. y 2 = 2x + 3 u = dy 23. Use the chain rule to find dx CHT at a. y (u 1); u = 1 - x 1 b. y U = 2x + 1

#### Solved: The Curvature Of A Plane Parametric Curve X F(t), Y G(t) Is 2/2 Where The Dots Indicate Derivatives With Respect To T. Use The Above Formula To Find The Curvature. 9e Cos(t), Y= 9e Sin(t) X 1

The curvature of a plane parametric curve x f(t), y g(t) is 2/2 where the dots indicate derivatives with respect to t. Use the above formula to find the curvature. 9e cos(t), y= 9e sin(t) x 1 K(t) X 9/2 e2 Need Help? Read It Watch It Talk to a Tutor

#### Solved: I Am Working With Difference Quotients. I Have Been Given The Function: F(x)=x^2+x And Have Been Told To Simplify Using (f(x)-f(a))/(x-a). I Believe That I Am Supposed To Set It Up As ((x^2+x)

I am working with difference quotients. I have been given the function: f(x)=x^2+x and have been told to simplify using (f(x)-f(a))/(x-a). I believe that I am supposed to set it up as ((x^2+x)-(a^2+a))/(x-a) though I am not quite sure I am doing this right because I have tried a few different ways to simplify this but I never get the answer listed in the book. I need simplifying this expression se

#### Solved: 1 Point) Book Problem 1 (x) X5 X-5 G(x> 0.8a2 8 Set Up An Integral To Find The Area A Of The Region Enclosed Between F(x) And G(x) -5 To X = 5, And Then Evaluate It. = X From T= Da A - (1 Poin

1 point) Book Problem 1 (x) x5 x-5 g(x> 0.8a2 8 Set up an integral to find the area A of the region enclosed between f(x) and g(x) -5 to x = 5, and then evaluate it. = x from T= da A - (1 point) Book Problem 39 The base of a certain solid is an elliptical region with boundary curve 4x2 25y2 100. Cross-sections perpendicular to the x-axis are isosceles right triangles with hypotenuse in the b

#### Solved: The Oscillating Current In An Electrical Circuit Is As Follows, Where I Is Measured In Amperes And T Is Measured In Seconds. I 7 Sin(60t) Cos(120mt) Find The Average Current For Each Time Inte

The oscillating current in an electrical circuit is as follows, where I is measured in amperes and t is measured in seconds. I 7 sin(60t) cos(120mt) Find the average current for each time interval. (Round your answers to three decimal places.) 1 (a) 0sts 60 amps 1 (b) 0 sts 240 amps 1 0 sts 30 (c) amps

#### Solved: (1 Point) Book Problem 10 Find The Volume Of The Solid Obtained By Rotating The Region Bounded By The Curves: Y1/5 0, = 6 ; About Y 3, ? — =-3 Dx Volume 2 Thus The Volume = (1 Point) Book Prob

(1 point) Book Problem 10 Find the volume of the solid obtained by rotating the region bounded by the curves: y1/5 0, = 6 ; about y 3, ? — =-3 dx Volume 2 Thus the volume = (1 point) Book Problem 32 Find the volume of the frustum of a right circular cone with height h = 120, lower base radius R 36, and top radius r 6. Volume=

#### Solved: Please Evaluate The Following Integral: ?(1+cos(3x))^(3/2)

Please evaluate the following integral: ?(1+cos(3x))^(3/2)

#### Solved: (1 Point) Book Problem 9 Find The Volume Of The Solid Obtained By Rotating The Region Bounded By The Curves: 12 6 X ; About Y 3x , Y = = Volume (1 Point) Book Problem 11 Find The Volume Of The

(1 point) Book Problem 9 Find the volume of the solid obtained by rotating the region bounded by the curves: 12 6 x ; about y 3x , y = = Volume (1 point) Book Problem 11 Find the volume of the solid obtained by rotating the region bounded by the curves: a2/4 22 ; about x =-3. y = x Volume:

#### Solved: Use The Model For Projectile Motion, Assuming There Is No Air Resistance And G = 32 Feet Per Second Per Second. A Baseball Player At Second Base Throws A Ball 90 Feet To The Player At First Ba

Use the model for projectile motion, assuming there is no air resistance and g = 32 feet per second per second. A baseball player at second base throws a ball 90 feet to the player at first base. The ball is released at a point 5 feet above the ground with an initial speed of 60 miles per hour and at an angle of 11° above the horizontal. At what height does the player at first base catch the ball

#### Solved: Find The Absolute Maximum And Minimum Values Of The Following Function On The Given Interval. If There Are Multiple Points In A Single Category List The Points In Increasing Order In X Value A

Find the absolute maximum and minimum values of the following function on the given interval. If there are multiple points in a single category list the points in increasing order in x value and enter N in any blank that you don't need to use. f(x)=7x?14cos(x), [??,?] Absolute maxima Absolute minima

#### Solved: Find The Length Of The Following Curve. 81 X(y/9)2-In (y9), 6sys30 8

find the length of the following curve Find the length of the following curve. 81 x(y/9)2-In (y9), 6sys30 8

#### Solved: A Cylinder Is Inscribed In A Right Circular Cone Of Height 2 And Radius (at The Base) Equal To 6. What Are The Dimensions Of Such A Cylinder Which Has Maximum Volume? Radius= Height=

A cylinder is inscribed in a right circular cone of height 2 and radius (at the base) equal to 6. What are the dimensions of such a cylinder which has maximum volume? radius= height=

#### Solved: Problem 2: Let X And Y Be The Sets Y , X { *}, 1. Define A Function F: X Y. (2 Points) 2. What Is The Range Ran(f)? (1 Point) 3. Is The Function F Injective? (1 Point 4. Is The Function F Surj

There are total 5 problems .Plz help me .Thanks Problem 2: Let X and Y be the sets Y , X { *}, 1. Define a function f: X Y. (2 points) 2. What is the range Ran(f)? (1 point) 3. Is the function f injective? (1 point 4. Is the function f surjective? (1 point) Problem 3: Let the function f: R R be given by 1 if 0 x2if r0 f(ax) 1. Draw the graph of f. (2 points) 2. Is the function f injective

#### Solved: Find G'(2) If G The Inverse Of F(x)=x^5+x^5+2x-2

find g'(2) if g the inverse of f(x)=x^5+x^5+2x-2

#### Solved: 30) In Order To Find The Volume Of The Solid Of Revolution Created By Revolving The Area Bounded By The Curves Y 4-x2, Y Ln(x), And X-0.1 Round The Line X= -2: Sketch The Region, Draw The Repr

30) In order to find the volume of the solid of revolution created by revolving the area bounded by the curves y 4-x2, y Ln(x), and x-0.1 round the line x= -2: Sketch the region, Draw the Representative Shell, Label the location variable, Label the thickness, and Label the radius with the appropriate function. Write the Reimann Sum, convert to an integral and calculate the volume using a calc

#### Solved: 29) Calculate The Volume Of The Solid Created By Revolving The Region Bounded By Y = Ln(x) + 4, X=5, Y=2, Around The Line Y=5

29) Calculate the volume of the solid created by revolving the region bounded by y = Ln(x) + 4, x=5, y=2, around the line y=5 28) In order to find the volume of the solid of revolution created by revolving the area under the curve y=x2 (over the interval [0,3]) around the y-axis: Sketch the region, Draw the Representative disk or washer, Label i, Label the thickness, and Label the larger radiu

#### Solved: PonEStarCalcET6 12.3.035.MI Use The Model For Projectile Motion, Assumina There Is No Air Resistance, A Shot Fired From A Qun With A Muzzle Velocity Of 1400 Feet Per Second Is To Hit A Target

ponEStarCalcET6 12.3.035.MI Use the model for projectile motion, assumina there is no air resistance, A shot fired from a qun with a muzzle velocity of 1400 feet per second is to hit a target 2600 feet away. Determine the minimum angle of elevation of the gun. (Round your answer to two decimal places.) Need Help? Talk to a Tutor Read it Watch It Master It

#### Solved: The Brakes On A Bicycle Are Applied Using A Downward Force Of F 18 Pounds On The Pedal When The Crank Makes A 40 Angle With The Horizontal (see Figure). The Crank Is 6 Inches In Length. Find T

The brakes on a bicycle are applied using a downward force of F 18 pounds on the pedal when the crank makes a 40 angle with the horizontal (see figure). The crank is 6 inches in length. Find the torque at P. (Round your an: r to two decimal places.) 6 in

#### Solved: 1+2y2 +22, Find 5. If Cos(ryz) And Ay F(x, Y) Is A Function Of X And Y Where R = 6. F H(r, 0). Given That -g(r, E) And Y G(1,0) 2, H(1,0) 3 Ay (1,0) = 5 Ar H(1,0) =-2, Ar Ay (1, 0) = 6, (1,0)

1+2y2 +22, find 5. If cos(ryz) and ay f(x, y) is a function of x and y where r = 6. f h(r, 0). Given that -g(r, e) and y g(1,0) 2, h(1,0) 3 ay (1,0) = 5 ar H(1,0) =-2, ar ay (1, 0) = 6, (1,0) = 4 ?? af (2, 3) = -1, af (2, 3) = 10 ay af af and ar Find when r= 1 and 0 = 0. ??

#### Solved: Given The Function Ry G(x, Y) = G(x, Y) Lim (x,y)(0,0) A. Evaluate Iii. Along The Line Y I. Along The X-axis: X: Iv. Along Y X2: Ii. Along The Y-axis: G(x, Y) Exist? If Yes, Find The Limit. If

Given the function ry g(x, y) = g(x, y) lim (x,y)(0,0) a. Evaluate iii. Along the line y i. Along the x-axis: x: iv. Along y x2: ii. Along the y-axis: g(x, y) exist? If yes, find the limit. If no, explain why not. b. Does lim (r,y)(0,0) c. Is g continuous at (0,0)? Why or why not? d. The graphs below show the surface and contour plots of g (graphed using WolframAlpha). Explain how the graphs e

#### Solved: A Bale Ejector Consists Of Two Variable-speed Belts At The End Of A Baler. Its Purpose Is To Toss Bales Into A Trailing Wagon. In Loading The Back Of A Wagon, A Bale Must Be Thrown To A Positi

A bale ejector consists of two variable-speed belts at the end of a baler. Its purpose is to toss bales into a trailing wagon. In loading the back of a wagon, a bale must be thrown to a position 8 feet above and 16 feet behind the ejector. (a) Find the minimum initial speed of the bale, v, and the corresponding angle, 0, at which it must be ejected from the baler. ft/sec (b) The ejector has a

#### Solved: Evaluate The Definite Integral. 2 E 1/x3 Dx 1 +9

Evaluate the definite integral. 2 e 1/x3 dx 1 +9

#### Solved: Given The Function F(r.y) Lim F(x, Y) (ry)-+(0,0) A. Evaluate Iii. Along The Line Y= R: I. Along The R-axis: Iv. Along Y12 Ii. Along The Gy-axis: ,f(x, Y) Exist? If Yes, Find The Limit. If No,

Given the function f(r.y) lim f(x, y) (ry)-+(0,0) a. Evaluate iii. Along the line y= r: i. Along the r-axis: iv. Along y12 ii. Along the gy-axis: ,f(x, y) exist? If yes, find the limit. If no, explain why not. lim (a.)-(0,0) b. Does (0,0)? Why or why not? c. Is f continuous at d. The graphs below show the surface and contour plots of f (graphed using WolframAlpha). Explain how the graphs expla

#### Solved: Two Contour Maps Are Shown. One Is For A Function F Whose Graph Is A Cone. The Other Is For A Function G Whose Graph Is A Paraboloid. Which Is Which, And Why? And (r, Y) Changes From (1,2) To

Two contour maps are shown. One is for a function f whose graph is a cone. The other is for a function g whose graph is a paraboloid. Which is which, and why? and (r, y) changes from (1,2) to (1.05,2.1 ), compare the values of Az and dz. If z 5r2+y

#### Solved: 4x-1 The Total Cost (in Hundreds Of Dollars) To Produce X Units Of A Product Is C(x) Find The Average Cost For Each Of The Following Production Levels. 7x+6 A. 30 Units B. X Units C. Find The

show all work please 4x-1 The total cost (in hundreds of dollars) to produce x units of a product is C(x) Find the average cost for each of the following production levels. 7x+6 a. 30 units b. x units c. Find the marginal average cost function. The average cost for 30 units is $ (Round to the nearest hundredth as needed.) per unit.

#### Solved: (b) O) 3 (c) 1)-6 (d) F(3)-0 4/6 Polnts I Previous Answers LarPCalc10 1.5.010. Use The Graph Of The Function To Find The Domain And Range Of F. (Enter Your Answer Using Interval Notation.) Y 1

(b) o) 3 (c) 1)-6 (d) f(3)-0 4/6 polnts I Previous Answers LarPCalc10 1.5.010. Use the graph of the function to find the domain and range of f. (Enter your answer using interval notation.) y 101 yf(x) 8 ? 4 -5 -2-- 3 -4 4 -2 -3 -4 -5 domain range Use the graph to find the indicated function values. MacBook Air

#### Solved: All Real Numbers T Such Thattz1 Oall Real Numbers T Except T- -1 All Real Numbers T Exceptt-1 O All Real Numbers T 4/6 Polnts| Previoùs Answers LarPCalc10 1.5.007 Use The Graph Of The Function

all real numbers t such thattz1 Oall real numbers t except t- -1 all real numbers t exceptt-1 O all real numbers t 4/6 polnts| Previoùs Answers LarPCalc10 1.5.007 Use the graph of the function to find the domain and range of f. (Enter your answers using interval notation. y y fix 5 -5 5 5 domain range Use the graph to find the indicated function values. MacBook Air F3 EA O OOO

#### Solved: At 1:00 P.M., Oil Begins Leaking From A Tank At A Rate Of (2 +0.53t) Gallons Per Hour. (Round Your Answers To Three Decimal Places.) (a) How Much Oil Is Lost From 1:00 P.M. To 4:00 P.M.? Gal (

At 1:00 P.M., oil begins leaking from a tank at a rate of (2 +0.53t) gallons per hour. (Round your answers to three decimal places.) (a) How much oil is lost from 1:00 P.M. to 4:00 P.M.? gal (b) How much oil is lost from 4:00 P.M. to 7:00 P.M.? gal