Calculus Questions

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Use Newton s method with initial approximation x 1 to find x the second approximation to the root of the following equation x4 x 4 0 x x Enhanced Feedback Please try again and draw a diagram Keep in mind that Newton s method is x X f xn
Calculus
Differential equations
Use Newton s method with initial approximation x 1 to find x the second approximation to the root of the following equation x4 x 4 0 x x Enhanced Feedback Please try again and draw a diagram Keep in mind that Newton s method is x X f xn
Determine whether the statement is true or false If y e2 then y 2e True False
Calculus
Application of derivatives
Determine whether the statement is true or false If y e2 then y 2e True False
Determine whether the statement is true or false d If f and g are differentiable then dx True False f g x f g x g x
Calculus
Application of derivatives
Determine whether the statement is true or false d If f and g are differentiable then dx True False f g x f g x g x
For the polynomial function f x 7x x 11 answer the following questions a List each real zero and its multiplicity b Determine whether the graph crosses or touches the x axis at each x intercept c Determine the maximum number of turning points on the graph d Determine the end behavior that is find the power function that the graph of f resembles for large values of x Juni VIIVIVU OA The real zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions OB The smallest zero of f is with multiplicity The largest zero of fis Type an exact answer using radicals as needed Type integers or fractions OC The smallest zero of f is with multiplicity The middle zero of f is largest zero of fis with multiplicity Type an exact answer using radicals as needed Type integers or fractions D There are no real zeros with multiplicity with multiplicity The
Calculus
Application of derivatives
For the polynomial function f x 7x x 11 answer the following questions a List each real zero and its multiplicity b Determine whether the graph crosses or touches the x axis at each x intercept c Determine the maximum number of turning points on the graph d Determine the end behavior that is find the power function that the graph of f resembles for large values of x Juni VIIVIVU OA The real zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions OB The smallest zero of f is with multiplicity The largest zero of fis Type an exact answer using radicals as needed Type integers or fractions OC The smallest zero of f is with multiplicity The middle zero of f is largest zero of fis with multiplicity Type an exact answer using radicals as needed Type integers or fractions D There are no real zeros with multiplicity with multiplicity The
Construct a polynomial function that might have the given graph Choose the correct answer below OA f x x x 3 x 5 OB f x x x 3 x 5 OC f x x x 3 x 5 OD f x x x 3 x 5
Calculus
Application of derivatives
Construct a polynomial function that might have the given graph Choose the correct answer below OA f x x x 3 x 5 OB f x x x 3 x 5 OC f x x x 3 x 5 OD f x x x 3 x 5
For the polynomial function f x 6 x 7 x 6 2 answer the following questions a List each real zero and its multiplicity b Determine whether the graph crosses or touches the x axis at each x intercept c Determine the maximum number of turning points on the graph d Determine the end behavior that is find the power function that the graph of f resembles for large values of x a Find any real zeros of f Select the correct choice below and if necessary fill in the answer box es to complete your choice OA The real zero of fis with multiplicity Type an exact answer using radicals as needed Type integers or fractions The largest zero of f is with multiplicity OB The smallest zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions with multiplicity The middle zero of f is OC The smallest zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions OD There are no real zeros The largest zero of f is with multiplicity
Calculus
Application of derivatives
For the polynomial function f x 6 x 7 x 6 2 answer the following questions a List each real zero and its multiplicity b Determine whether the graph crosses or touches the x axis at each x intercept c Determine the maximum number of turning points on the graph d Determine the end behavior that is find the power function that the graph of f resembles for large values of x a Find any real zeros of f Select the correct choice below and if necessary fill in the answer box es to complete your choice OA The real zero of fis with multiplicity Type an exact answer using radicals as needed Type integers or fractions The largest zero of f is with multiplicity OB The smallest zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions with multiplicity The middle zero of f is OC The smallest zero of f is with multiplicity Type an exact answer using radicals as needed Type integers or fractions OD There are no real zeros The largest zero of f is with multiplicity
Construct a polynomial function f with the following characteristics zeros 1 1 and 4 degree 3 y intercept 12 Choose the correct answer below O A f x 3 x 1 x 1 x 4 O B f x x 1 x 1 x 4 O C f x 3 x 1 x 1 x 4 OD f x 3 x 1 x 1 x 4
Calculus
Application of derivatives
Construct a polynomial function f with the following characteristics zeros 1 1 and 4 degree 3 y intercept 12 Choose the correct answer below O A f x 3 x 1 x 1 x 4 O B f x x 1 x 1 x 4 O C f x 3 x 1 x 1 x 4 OD f x 3 x 1 x 1 x 4
4 Use a transformation of the graph of y x to graph the function 4 h x 2 x 1 3 Choose the correct graph below O A OB H hatt HOFF H OC Ay G OD
Calculus
Application of derivatives
4 Use a transformation of the graph of y x to graph the function 4 h x 2 x 1 3 Choose the correct graph below O A OB H hatt HOFF H OC Ay G OD
Groves Grices find dy Idr f x x 052 find dy dx y f x cos x g Sinxt 91 19
Calculus
Differentiation
Groves Grices find dy Idr f x x 052 find dy dx y f x cos x g Sinxt 91 19
9 Given y f x e lnr find dy dx Given y f x sin tan Inr
Calculus
Differential equations
9 Given y f x e lnr find dy dx Given y f x sin tan Inr
Given an equation sin y y x use implicit differentiation to find dy
Calculus
Differentiation
Given an equation sin y y x use implicit differentiation to find dy
Find the cloivative of a x x 1 2x 1 Find the denuatiua y ffe e 9x 12x 12 3x
Calculus
Differentiation
Find the cloivative of a x x 1 2x 1 Find the denuatiua y ffe e 9x 12x 12 3x
A company that produces snowboards which are seasonal projects forecasts monthly sales for one year to be S 77 00 42 25 cos 6 where S is the sales in thousands of units and t is the time in months with t 1 corresponding to January a Use a graphing utility to graph the sales function over the one year period S 120 100 O 80 60 40 20 120 100 80 60 40 20 2 8 10 10 12 12 O 120 100 80 O 60 40 20 S 120 8 100 80 60 40 20 b Use the graph in part a to determine the months of maximum and minimum sales minimum Select 10 10
Calculus
Limits & Continuity
A company that produces snowboards which are seasonal projects forecasts monthly sales for one year to be S 77 00 42 25 cos 6 where S is the sales in thousands of units and t is the time in months with t 1 corresponding to January a Use a graphing utility to graph the sales function over the one year period S 120 100 O 80 60 40 20 120 100 80 60 40 20 2 8 10 10 12 12 O 120 100 80 O 60 40 20 S 120 8 100 80 60 40 20 b Use the graph in part a to determine the months of maximum and minimum sales minimum Select 10 10
Complete the sentence below 5 If f x 3x x 2 6x 9 then f x 5 3 If f x 3x x 6x 9 then f x as as x and f x as x and f x as x as x
Calculus
Vector Calculus
Complete the sentence below 5 If f x 3x x 2 6x 9 then f x 5 3 If f x 3x x 6x 9 then f x as as x and f x as x and f x as x as x
h x 2x5 Choose the correct graph below OA 5 M B Ay Q OC 1039 O D
Calculus
Vector Calculus
h x 2x5 Choose the correct graph below OA 5 M B Ay Q OC 1039 O D
61158 s x SC 6 St 473 9 d 5 5 be dx 1 T x the desallative of Find ftt 65E 4 t t q A B S x 6x 5e
Calculus
Differentiation
61158 s x SC 6 St 473 9 d 5 5 be dx 1 T x the desallative of Find ftt 65E 4 t t q A B S x 6x 5e
10 Given y f x CSc cot In 9x
Calculus
Differentiation
10 Given y f x CSc cot In 9x
Use the graph of the function to answer each question 2r sxs 2x f x cot x a Find all x intercepts of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE b Find all y intercepts of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE c Find the intervals on which the graph of y f x is increasing and the intervals on which the graph of y f x is decreasing Enter your answers using interval notation If an answer does not ex increasing decreasing d Find all relative extrema if any of the graph of y f x Enter your answers as a comma separated list of ordered pairs If an answer does not exist enter DNE relative minima relative maxima e Find all vertical asymptotes if any of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE
Calculus
Limits & Continuity
Use the graph of the function to answer each question 2r sxs 2x f x cot x a Find all x intercepts of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE b Find all y intercepts of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE c Find the intervals on which the graph of y f x is increasing and the intervals on which the graph of y f x is decreasing Enter your answers using interval notation If an answer does not ex increasing decreasing d Find all relative extrema if any of the graph of y f x Enter your answers as a comma separated list of ordered pairs If an answer does not exist enter DNE relative minima relative maxima e Find all vertical asymptotes if any of the graph of y f x Enter your answers as a comma separated list If an answer does not exist enter DNE
Find the point x y on the unit circle that corresponds to the real number t ST
Calculus
Vector Calculus
Find the point x y on the unit circle that corresponds to the real number t ST
The circular blade on a saw has a diameter of 6 25 inches and rotates at 4600 revolutions per minute a Find the angular speed of the blade in radians per minute radians per minute b Find the linear speed of the saw teeth in inches per minute as they contact the wood being cut Round your answer to one decimal p inches per minute
Calculus
Application of derivatives
The circular blade on a saw has a diameter of 6 25 inches and rotates at 4600 revolutions per minute a Find the angular speed of the blade in radians per minute radians per minute b Find the linear speed of the saw teeth in inches per minute as they contact the wood being cut Round your answer to one decimal p inches per minute
Match the function with its graph f x x cos x 2 N M A mm 2 4 6 4 2 0 Describe the behavior of the function as x approaches zero 2r
Calculus
Application of derivatives
Match the function with its graph f x x cos x 2 N M A mm 2 4 6 4 2 0 Describe the behavior of the function as x approaches zero 2r
The displacement from equilibrium of an oscillating weight suspended by a spring is given by Y t 1 cos 78 where y is the displacement in feet and it is the time in seconds see figure Find the displacement when tw0 t and t Round your answers to four decimal places 0 2 0 y Equilibrium 6 t 1 y Y O ft ft 0 ft At In 11 Maximum negative Maximum positive displacement displacement Simple Harmonic Motion Oft
Calculus
Definite Integrals
The displacement from equilibrium of an oscillating weight suspended by a spring is given by Y t 1 cos 78 where y is the displacement in feet and it is the time in seconds see figure Find the displacement when tw0 t and t Round your answers to four decimal places 0 2 0 y Equilibrium 6 t 1 y Y O ft ft 0 ft At In 11 Maximum negative Maximum positive displacement displacement Simple Harmonic Motion Oft
Sketch the graph of the funciton Include two full periods Use a graphing utility to verify your result Choose the correct graph y csc J 10 20 10 20 UUU MENT 10 20
Calculus
Differentiation
Sketch the graph of the funciton Include two full periods Use a graphing utility to verify your result Choose the correct graph y csc J 10 20 10 20 UUU MENT 10 20
Construct an appropriate triangle to complete the table 0 0s 90 050sn 2 Function e deg 0 rad Function Value sin
Calculus
Application of derivatives
Construct an appropriate triangle to complete the table 0 0s 90 050sn 2 Function e deg 0 rad Function Value sin
Evaluate if possible the sine cosine and tangent of the real number t If not possible enter IMPOSSIBLE 4 sin t cos t tan t
Calculus
Vector Calculus
Evaluate if possible the sine cosine and tangent of the real number t If not possible enter IMPOSSIBLE 4 sin t cos t tan t
Find the period and the amplitude y 8 cos 2x period amplitude 00 Need Help Read 2 Watch
Calculus
Application of derivatives
Find the period and the amplitude y 8 cos 2x period amplitude 00 Need Help Read 2 Watch
Question 1 15 points Find the general solution of the following differen equation on the indicated interval dy dt 2 cos t y tan t 0 t 2
Calculus
Differentiation
Question 1 15 points Find the general solution of the following differen equation on the indicated interval dy dt 2 cos t y tan t 0 t 2
y sec 281 y sec
Calculus
Differentiation
y sec 281 y sec
Find the first partial derivatives of the following function 2u F u v w 3v 7w
Calculus
Application of derivatives
Find the first partial derivatives of the following function 2u F u v w 3v 7w
287 y cot 1 4 x
Calculus
Differentiation
287 y cot 1 4 x
Suppose you are standing on the surface z f x y at the point a b f a b Interpret the meaning of f a b and fy a b in terms of slopes or rates of change Choose the correct answer below O A f a b is the slope of the surface in the direction parallel to the y axis and f a b is the slope of the surface in the direction parallel to the x axis both taken at a b OB f a b is the slope of the surface in the direction parallel to the x axis and fy a b is the slope of the surface in the direction parallel to the y axis both taken at x y OC f a b is the slope of the surface in the direction parallel to the x axis and fy a b is the slope of the surface in the direction parallel to the y axis both taken at a b OD f a b is the slope of the surface in the direction parallel to the y axis and fy a b is the slope of the surface in the direction parallel to the x axis both taken at x y
Calculus
Differentiation
Suppose you are standing on the surface z f x y at the point a b f a b Interpret the meaning of f a b and fy a b in terms of slopes or rates of change Choose the correct answer below O A f a b is the slope of the surface in the direction parallel to the y axis and f a b is the slope of the surface in the direction parallel to the x axis both taken at a b OB f a b is the slope of the surface in the direction parallel to the x axis and fy a b is the slope of the surface in the direction parallel to the y axis both taken at x y OC f a b is the slope of the surface in the direction parallel to the x axis and fy a b is the slope of the surface in the direction parallel to the y axis both taken at a b OD f a b is the slope of the surface in the direction parallel to the y axis and fy a b is the slope of the surface in the direction parallel to the x axis both taken at x y
5 2 1 a 5 g x 9 7 C 7 b 145 y c 2 The continuous function g x is odd and increasing with selected values shown in the table above Find the values of a and b If the average rate of change of g x over the interval 1 5 is 2 find the value of c
Calculus
Differential equations
5 2 1 a 5 g x 9 7 C 7 b 145 y c 2 The continuous function g x is odd and increasing with selected values shown in the table above Find the values of a and b If the average rate of change of g x over the interval 1 5 is 2 find the value of c
Question 3 5 5 pts Find the absolute maximum and absolute minimum values of each of the following functions on the given intervals a f x 2x 3 5 on 3 4 b f x 2x 3x on 0 2
Calculus
Application of derivatives
Question 3 5 5 pts Find the absolute maximum and absolute minimum values of each of the following functions on the given intervals a f x 2x 3 5 on 3 4 b f x 2x 3x on 0 2
termine where the given function is concave up and where it is concave dc 7 f x x 9 x2 A Concave up on 3 0 concave down on 0 3 B Concave up on 0 concave down on 0 C Concave down on 3 0 concave up on 0 3 D Concave up on
Calculus
Application of derivatives
termine where the given function is concave up and where it is concave dc 7 f x x 9 x2 A Concave up on 3 0 concave down on 0 3 B Concave up on 0 concave down on 0 C Concave down on 3 0 concave up on 0 3 D Concave up on
The speed of sound in m s in dry air is approximated by the function v T 331 0 67 where T is the air temperature in degrees Celsius Evaluate v T and interpret its meaning
Calculus
Differentiation
The speed of sound in m s in dry air is approximated by the function v T 331 0 67 where T is the air temperature in degrees Celsius Evaluate v T and interpret its meaning
d the absolute extreme values of the function on the interval 3 3 f x CSC X 75x5 37 2 A absolute maximum does not exist absolute minimum does not exist B absolute maximum is 0 at x 7 absolute minimum is 1 at x C absolute maximum is 1 at x t absolute minimum is 1 at x D absolute maximum is 1 at x t absolute minimum is 1 at x 0
Calculus
Application of derivatives
d the absolute extreme values of the function on the interval 3 3 f x CSC X 75x5 37 2 A absolute maximum does not exist absolute minimum does not exist B absolute maximum is 0 at x 7 absolute minimum is 1 at x C absolute maximum is 1 at x t absolute minimum is 1 at x D absolute maximum is 1 at x t absolute minimum is 1 at x 0
4 Suppose a company has fixed costs of 60 000 and variable cost per unit of x 333 dollars where x is the total number of units produced Suppose further that the selling price 2363 dollars per unit a Find the break even points Enter your answers as a comma separated list X b Find the maximum revenue Round your answer to the nearest cent c Form the profit function P x from the cost and revenue functions P x Find maximum profit d What price will maximize the profit Round your answer to the nearest cent its product i
Calculus
Application of derivatives
4 Suppose a company has fixed costs of 60 000 and variable cost per unit of x 333 dollars where x is the total number of units produced Suppose further that the selling price 2363 dollars per unit a Find the break even points Enter your answers as a comma separated list X b Find the maximum revenue Round your answer to the nearest cent c Form the profit function P x from the cost and revenue functions P x Find maximum profit d What price will maximize the profit Round your answer to the nearest cent its product i
Determine all critical points for the function 1 f x x3 3x2 5 A x 0 2 y 2x2 64 x A x 0 and x 4 C x 0 B x 0 and x 1 C x 1 and x 1 B x 4 D x 0 x 4 and x 4 D x 0 and x 2
Calculus
Application of derivatives
Determine all critical points for the function 1 f x x3 3x2 5 A x 0 2 y 2x2 64 x A x 0 and x 4 C x 0 B x 0 and x 1 C x 1 and x 1 B x 4 D x 0 x 4 and x 4 D x 0 and x 2
Let f x arctan x The arctangent function and all of its derivatives are perfectly well behaved for every real value of x Use Maple to produce p x and p x when c 0 What is the interval of convergence Now repeat this problem using when c 4 What is the interval of convergence
Calculus
Limits & Continuity
Let f x arctan x The arctangent function and all of its derivatives are perfectly well behaved for every real value of x Use Maple to produce p x and p x when c 0 What is the interval of convergence Now repeat this problem using when c 4 What is the interval of convergence
3 Find an equation of the tangent line to the curve In a at the point 1 0
Calculus
Application of derivatives
3 Find an equation of the tangent line to the curve In a at the point 1 0
Suppose that the only information we have about a function f is that f 1 7 and the graph of its derivative is as shown fo 2 2 3 x a Use a linear approximation to estimate f 0 9 and f 1 1 f 0 9 f 1 1 b Are your estimates in part a too large or too small Explain The slopes of the tangent lines are positive but the tangents are becoming less steep So the tangent lines lie above the curve f Thus the estimates are too small The slopes of the tangent lines are negative but the tangents are becoming steeper So the tangent lines lie below the curve f Thus the estimates are too small The slopes of the tangent lines are negative but the tangents are becoming steeper So the tangent lines lie below the curve f Thus the estimates are too large The slopes of the tangent lines are positive but the tangents are becoming less steep So the tangent lines lie above the curve f Thus the estimates are too large
Calculus
Application of derivatives
Suppose that the only information we have about a function f is that f 1 7 and the graph of its derivative is as shown fo 2 2 3 x a Use a linear approximation to estimate f 0 9 and f 1 1 f 0 9 f 1 1 b Are your estimates in part a too large or too small Explain The slopes of the tangent lines are positive but the tangents are becoming less steep So the tangent lines lie above the curve f Thus the estimates are too small The slopes of the tangent lines are negative but the tangents are becoming steeper So the tangent lines lie below the curve f Thus the estimates are too small The slopes of the tangent lines are negative but the tangents are becoming steeper So the tangent lines lie below the curve f Thus the estimates are too large The slopes of the tangent lines are positive but the tangents are becoming less steep So the tangent lines lie above the curve f Thus the estimates are too large
1 Find the derivative of a b a y ln x 4 2x 5 b y ln cscx cotx c Find the differential dy y csc x
Calculus
Differentiation
1 Find the derivative of a b a y ln x 4 2x 5 b y ln cscx cotx c Find the differential dy y csc x
4 a It is well known that 1 converges to e Test a few values of k and assemble evidence to support this fact Submit this evidence with your lab report b Investigate the behavior of two related sequences 1 2 and 1 Discuss how the sequences differ in their behavior as n gets large n Vn
Calculus
Limits & Continuity
4 a It is well known that 1 converges to e Test a few values of k and assemble evidence to support this fact Submit this evidence with your lab report b Investigate the behavior of two related sequences 1 2 and 1 Discuss how the sequences differ in their behavior as n gets large n Vn
4 The legs of an isosceles right triangle increase in length at a rate of 2 m s Determine each X X Z a At what rate is the area of the triangle changing when the legs are 2 m long 1 b At what rate is the area of the triangle changing when the hypotenuse is 1 m long c At what rot
Calculus
Differentiation
4 The legs of an isosceles right triangle increase in length at a rate of 2 m s Determine each X X Z a At what rate is the area of the triangle changing when the legs are 2 m long 1 b At what rate is the area of the triangle changing when the hypotenuse is 1 m long c At what rot
2 A ball is thrown vertically upward with a velocity of 80 ft s then its height after t seconds is s 80t 16t a What is the maximum height reached by the ball b What is the velocity of the ball when it is 96 ft above the ground on its way up On its way down
Calculus
Application of derivatives
2 A ball is thrown vertically upward with a velocity of 80 ft s then its height after t seconds is s 80t 16t a What is the maximum height reached by the ball b What is the velocity of the ball when it is 96 ft above the ground on its way up On its way down
Compute Ay and dy for the given values of x and dx Ax y x 6x x 5 Ax 0 5 Ay dy Sketch a diagram showing the line segments with lengths dx dy and Av
Calculus
Application of derivatives
Compute Ay and dy for the given values of x and dx Ax y x 6x x 5 Ax 0 5 Ay dy Sketch a diagram showing the line segments with lengths dx dy and Av
The circumference of a sphere was measured to be 74 cm with a possible error of 0 5 cm a Use differentials to estimate the maximum error in cm in the calculated surface area Round your answer to the nearest integer cm What is the relative error Round your answer to three decimal places b Use differentials to estimate the maximum error in cm in the calculated volume Round your answer to the nearest integer cm 3 What is the relative error Round your answer to three decimal places
Calculus
Application of derivatives
The circumference of a sphere was measured to be 74 cm with a possible error of 0 5 cm a Use differentials to estimate the maximum error in cm in the calculated surface area Round your answer to the nearest integer cm What is the relative error Round your answer to three decimal places b Use differentials to estimate the maximum error in cm in the calculated volume Round your answer to the nearest integer cm 3 What is the relative error Round your answer to three decimal places
a Find the differential dy y 15 x dy b Evaluate dy for the given values of x and dx x 1 dx 0 2 dy
Calculus
Application of derivatives
a Find the differential dy y 15 x dy b Evaluate dy for the given values of x and dx x 1 dx 0 2 dy
The radius of a circular disk is given as 28 cm with a maximum error in measurement of 0 2 cm a Use differentials to estimate the maximum error in cm in the calculated area of the disk Round your answer to tw decimal places cm b What is the relative error Round your answer to four decimal places What is the percentage error Round your answer to two decimal places
Calculus
Application of derivatives
The radius of a circular disk is given as 28 cm with a maximum error in measurement of 0 2 cm a Use differentials to estimate the maximum error in cm in the calculated area of the disk Round your answer to tw decimal places cm b What is the relative error Round your answer to four decimal places What is the percentage error Round your answer to two decimal places
Find the differential of each function a y x sin 4x dy 4x cos 4x 2x sin 4x dx b y In 2 1 dy t 2dt 2tt X
Calculus
Differentiation
Find the differential of each function a y x sin 4x dy 4x cos 4x 2x sin 4x dx b y In 2 1 dy t 2dt 2tt X