Application of derivatives Questions and Answers

2 02 57 48 Skipped Minimize C subject to and 15x 17y 7z 11x 13y 20z 2 59 12x 9y 10z 118 x 20 y 2 0 a What is the optimal value of x 0 000 b What is the optimal value of y ptimal z 0 000 O Show Transcribed Text
Calculus
Application of derivatives
2 02 57 48 Skipped Minimize C subject to and 15x 17y 7z 11x 13y 20z 2 59 12x 9y 10z 118 x 20 y 2 0 a What is the optimal value of x 0 000 b What is the optimal value of y ptimal z 0 000 O Show Transcribed Text
S lve the exponential equation Write the exact answer with natural logarithms and then approximate the result correct to three decimal places 51 6 Select the correct choice below and if necessary fill in the answer boxes to complete your choice OA The exact answer s with natural logarithms is are x Type an exact answer in simplified form Type an integer or a fraction Use a comma to separate answers as needed The approximate answer s is are xx Simplify your answer Type an integer or a decimal Round to three decimal places as needed Use a comma to separate answers as neede B There is no solution The solution set is the empty set
Calculus
Application of derivatives
S lve the exponential equation Write the exact answer with natural logarithms and then approximate the result correct to three decimal places 51 6 Select the correct choice below and if necessary fill in the answer boxes to complete your choice OA The exact answer s with natural logarithms is are x Type an exact answer in simplified form Type an integer or a fraction Use a comma to separate answers as needed The approximate answer s is are xx Simplify your answer Type an integer or a decimal Round to three decimal places as needed Use a comma to separate answers as neede B There is no solution The solution set is the empty set
Find a positive angle less than 360 that is coterminal with the given angle 145 A positive angle less than 360 that is coterminol with
Calculus
Application of derivatives
Find a positive angle less than 360 that is coterminal with the given angle 145 A positive angle less than 360 that is coterminol with
d Attempt 1 ion 3 0 5 points isten ermine the dimensions of the rectangle of largest lateral triangle of side L 9 cm if one side of the gle Round your answer to the nearest tenth
Calculus
Application of derivatives
d Attempt 1 ion 3 0 5 points isten ermine the dimensions of the rectangle of largest lateral triangle of side L 9 cm if one side of the gle Round your answer to the nearest tenth
Find the remaining sides and angles of the triangle ABC with right angle at C B 72 b 6 1 A a Type an integer or decimal rounded to one decimal place as needed C Type an integer or decimal rounded to one decimal place as needed
Calculus
Application of derivatives
Find the remaining sides and angles of the triangle ABC with right angle at C B 72 b 6 1 A a Type an integer or decimal rounded to one decimal place as needed C Type an integer or decimal rounded to one decimal place as needed
stion 1 0 5 points Listen rectangular storage container with an open top is to ngth of its base is twice the width Material for the ba eter Material for the sides costs 5 per square meter aterials for the least expensive such container Roun ecimal places 152 40
Calculus
Application of derivatives
stion 1 0 5 points Listen rectangular storage container with an open top is to ngth of its base is twice the width Material for the ba eter Material for the sides costs 5 per square meter aterials for the least expensive such container Roun ecimal places 152 40
ed Salad Attempt 1 T J CIII I CI Question 4 0 5 points Listen A piece of wire 10 m long is cut into two pieces the other is bent into an equilateral triangle How square so that the total area enclosed is a minim nearest hundredth
Calculus
Application of derivatives
ed Salad Attempt 1 T J CIII I CI Question 4 0 5 points Listen A piece of wire 10 m long is cut into two pieces the other is bent into an equilateral triangle How square so that the total area enclosed is a minim nearest hundredth
Equations Solve the system of equa pingle ordered pair as as
Calculus
Application of derivatives
Equations Solve the system of equa pingle ordered pair as as
1 6 10 Functions and Their Graphs Determine whether the graph is a function If it does repr give its domain and range A The domain is Type an inequality or a compound inequality The domain is all real numbers
Calculus
Application of derivatives
1 6 10 Functions and Their Graphs Determine whether the graph is a function If it does repr give its domain and range A The domain is Type an inequality or a compound inequality The domain is all real numbers
1 Tanisha Vizquez owns a wallpaper hanging business C 15 0 25s where s is the number of square feet
Calculus
Application of derivatives
1 Tanisha Vizquez owns a wallpaper hanging business C 15 0 25s where s is the number of square feet
pose the correct answer Intellectual property is protected by patent warranty and waiver laws patent trademark and copyright laws O trademark copyright and consumer protection laws Opatent copyright and consumer credit law
Calculus
Application of derivatives
pose the correct answer Intellectual property is protected by patent warranty and waiver laws patent trademark and copyright laws O trademark copyright and consumer protection laws Opatent copyright and consumer credit law
23 What is the length of the major axis of the ellipse 73 x 3 y 2 1 7 3 1
Calculus
Application of derivatives
23 What is the length of the major axis of the ellipse 73 x 3 y 2 1 7 3 1
If 5 24 then 3 Estimate your answer to two decimal places
Calculus
Application of derivatives
If 5 24 then 3 Estimate your answer to two decimal places
For what value of k will the polynomial P x x 3 x kx S have the same remainder when it is divided by x 3 and by x 4 X 2019 fam20 IN Nosited 2 0 K
Calculus
Application of derivatives
For what value of k will the polynomial P x x 3 x kx S have the same remainder when it is divided by x 3 and by x 4 X 2019 fam20 IN Nosited 2 0 K
standing top of a 14 14 ft close to the edge on vertically upward building throws a ball 7 quadratic function h t 16t 128 144 A person models balls height about the ground h t in feet t seconds after it was thrown What s the max height seconds does it take until reaches the ground How many the ball reaches the
Calculus
Application of derivatives
standing top of a 14 14 ft close to the edge on vertically upward building throws a ball 7 quadratic function h t 16t 128 144 A person models balls height about the ground h t in feet t seconds after it was thrown What s the max height seconds does it take until reaches the ground How many the ball reaches the
with form axp points 340s and A power function passes through the 4 1280 Find the constants a 12 16 21 p 10 EL X o Y J 2 ticts NS XMS and P TE 19
Calculus
Application of derivatives
with form axp points 340s and A power function passes through the 4 1280 Find the constants a 12 16 21 p 10 EL X o Y J 2 ticts NS XMS and P TE 19
Arif s backyard is 22 by grass of uniform width
Calculus
Application of derivatives
Arif s backyard is 22 by grass of uniform width
What are the asymptotic discontinuities of the function x 3x 7
Calculus
Application of derivatives
What are the asymptotic discontinuities of the function x 3x 7
Show that there is a number x such that sin x x 1 by filling in the details of the following argument Define f x sin x Then f a 0 for a f b 0 for b 4 3 1 3 2 1 0 21 x 1 which is graphed below 1 2 Since f x is continuous by the Intermediate Value Theorem there is a number c where b c a such th f c 0 QED Now find a value of c such that sin c differs from c 1 by less than 0 1
Calculus
Application of derivatives
Show that there is a number x such that sin x x 1 by filling in the details of the following argument Define f x sin x Then f a 0 for a f b 0 for b 4 3 1 3 2 1 0 21 x 1 which is graphed below 1 2 Since f x is continuous by the Intermediate Value Theorem there is a number c where b c a such th f c 0 QED Now find a value of c such that sin c differs from c 1 by less than 0 1
Z Suppose f x y z z y z t 4t 1 1 y t 2 t 1 cost and z t 2 ln t t 1 Which of the following represents the dot product formulation of the chain rule for at t 0 769 1 64 1 2 0 O 2 1 2 0 1 4 O 6 1 1 4 2 2 O 6 1 1 1 2 0 O 2 2 1 1 3 3 F
Calculus
Application of derivatives
Z Suppose f x y z z y z t 4t 1 1 y t 2 t 1 cost and z t 2 ln t t 1 Which of the following represents the dot product formulation of the chain rule for at t 0 769 1 64 1 2 0 O 2 1 2 0 1 4 O 6 1 1 4 2 2 O 6 1 1 1 2 0 O 2 2 1 1 3 3 F
14 f x x x 1 x 4 End Behavior Model Degree Leading Coefficient End Behavior use limit notation y intercept Zero 5 4 3 2 Multiplicity 1 2 Bounce or Cross 3 4 5
Calculus
Application of derivatives
14 f x x x 1 x 4 End Behavior Model Degree Leading Coefficient End Behavior use limit notation y intercept Zero 5 4 3 2 Multiplicity 1 2 Bounce or Cross 3 4 5
13 f x 3 x 2 x 1 x 4 End Behavior Model Degree Leading Coefficient End Behavior use limit notation y intercept 5 Zero 3 2 Multiplicity 1 2 3 Bounce or Cross 4 5
Calculus
Application of derivatives
13 f x 3 x 2 x 1 x 4 End Behavior Model Degree Leading Coefficient End Behavior use limit notation y intercept 5 Zero 3 2 Multiplicity 1 2 3 Bounce or Cross 4 5
Consider the following function h x x 5 9 Step 3 of 4 Find two points on the graph of the parabola other than the vertex and x intercepts Answer How to enter your answer opens in new window 4
Calculus
Application of derivatives
Consider the following function h x x 5 9 Step 3 of 4 Find two points on the graph of the parabola other than the vertex and x intercepts Answer How to enter your answer opens in new window 4
Suppose f x y z 2 y I y t 2 t 1 cost and z t 2 ln t t 1 Which of the following represents the dot product formulation of the chain rule for att 0 dt 0 769 64 1 2 0 O 2 1 2 0 1 4 O 6 1 1 4 2 2 O 6 1 1 1 2 0 O 2 2 1 1 3 3 z t t 4t 1
Calculus
Application of derivatives
Suppose f x y z 2 y I y t 2 t 1 cost and z t 2 ln t t 1 Which of the following represents the dot product formulation of the chain rule for att 0 dt 0 769 64 1 2 0 O 2 1 2 0 1 4 O 6 1 1 4 2 2 O 6 1 1 1 2 0 O 2 2 1 1 3 3 z t t 4t 1
what is the coordinate of the vertex for given quadratic function and which way f x opens f x 2x 4x 3 2 3 opens upward 2 3 opens downward O 2 19 opens downward none of these answers Question 2
Calculus
Application of derivatives
what is the coordinate of the vertex for given quadratic function and which way f x opens f x 2x 4x 3 2 3 opens upward 2 3 opens downward O 2 19 opens downward none of these answers Question 2
Quadratic function y is given below in vertex form What is the vertex and axis of symmetry for it y 2 x 3 1 3 1 x 3 3 1 x 3 1 3 x 1 none of these answers
Calculus
Application of derivatives
Quadratic function y is given below in vertex form What is the vertex and axis of symmetry for it y 2 x 3 1 3 1 x 3 3 1 x 3 1 3 x 1 none of these answers
1 y x x Find any local max or min and critical points using the first derivative tes
Calculus
Application of derivatives
1 y x x Find any local max or min and critical points using the first derivative tes
Form a polynomial who Zeros 3 3 2 d
Calculus
Application of derivatives
Form a polynomial who Zeros 3 3 2 d
Consider the following function g x x 3 x 5 16 Step 3 of 4 Find two points on the graph of the parabola other than the vertex and x intercepts Answer How to enter your answer opens in new window
Calculus
Application of derivatives
Consider the following function g x x 3 x 5 16 Step 3 of 4 Find two points on the graph of the parabola other than the vertex and x intercepts Answer How to enter your answer opens in new window
follows f x og x or fog x the later is a short hand notation 1 What f x o g x is equal to 2 What g x o f x is equal to 3 what do have to do to find fog 2
Calculus
Application of derivatives
follows f x og x or fog x the later is a short hand notation 1 What f x o g x is equal to 2 What g x o f x is equal to 3 what do have to do to find fog 2
Note Zero for y x 2 IS 2 Zero for y x 2 3 is 2 However we say its multiplicity is 3 which is the power of x 2 factor So multiplicity of a zero is the power of the factor that gives that zero in this case it is power of x 2 1 We know Y x 2 x 1 has two zeros 2 and 1 1a what is multiplicity of 2 as a zero for above y why 1b what is multiplicity of 1 as a zero for above y why 2 what are zeros and their multiplicity for y 2 x x 4 5
Calculus
Application of derivatives
Note Zero for y x 2 IS 2 Zero for y x 2 3 is 2 However we say its multiplicity is 3 which is the power of x 2 factor So multiplicity of a zero is the power of the factor that gives that zero in this case it is power of x 2 1 We know Y x 2 x 1 has two zeros 2 and 1 1a what is multiplicity of 2 as a zero for above y why 1b what is multiplicity of 1 as a zero for above y why 2 what are zeros and their multiplicity for y 2 x x 4 5
Complete the table after finding a simplified form of the difference quotient For the function f x complete the table below O O 4 2 4 1 40 1 4 0 01 Round to four decimal places Hint Find the difference quotient at x 4 first h x 4 2 4 1 X h 40 1 10 01 h 2 4 1 4 01 10 01 f x h f x h 1 01 4001 W ix h f x h 0 3333 0 1667 0 0167 0 0017 fix h f x 0 6667 OS 0 9756 0 9975 tx h f x h 0 1667 0 2 0 2439 0 2191 0 166
Calculus
Application of derivatives
Complete the table after finding a simplified form of the difference quotient For the function f x complete the table below O O 4 2 4 1 40 1 4 0 01 Round to four decimal places Hint Find the difference quotient at x 4 first h x 4 2 4 1 X h 40 1 10 01 h 2 4 1 4 01 10 01 f x h f x h 1 01 4001 W ix h f x h 0 3333 0 1667 0 0167 0 0017 fix h f x 0 6667 OS 0 9756 0 9975 tx h f x h 0 1667 0 2 0 2439 0 2191 0 166
Macmillan Learning What is the name of the comp name What is the name of the con
Calculus
Application of derivatives
Macmillan Learning What is the name of the comp name What is the name of the con
Graph the equation and state the slope of the line if t y 8
Calculus
Application of derivatives
Graph the equation and state the slope of the line if t y 8
The Schwimmers cost for cable televisi of months of service Complete parts a
Calculus
Application of derivatives
The Schwimmers cost for cable televisi of months of service Complete parts a
se the quadratic formula to solve the eq 5x 7x 3 0
Calculus
Application of derivatives
se the quadratic formula to solve the eq 5x 7x 3 0
Solve the equation by factori 3x 7x 2
Calculus
Application of derivatives
Solve the equation by factori 3x 7x 2
You have made a quilt that is 4 feet by 5 feet You are going to add a decorative border of uniform width You want the quilt with border to have a total area of 90 feet2 What should be the width of the border Part a Write a quadratic equation set equal to zero that you could use to determine the width of the border feet Part b The width of the border should be
Calculus
Application of derivatives
You have made a quilt that is 4 feet by 5 feet You are going to add a decorative border of uniform width You want the quilt with border to have a total area of 90 feet2 What should be the width of the border Part a Write a quadratic equation set equal to zero that you could use to determine the width of the border feet Part b The width of the border should be
a graphing utility to approximate the local maximum v ing a graphing utility graph the function for 6 x 4 A 0
Calculus
Application of derivatives
a graphing utility to approximate the local maximum v ing a graphing utility graph the function for 6 x 4 A 0
Use the second derivative test to find the relative maxima and minima of the given function f x x 32x 7 O min at 0 7 max at 4 249 O max at 0 7 min at 4 249 O min at 4 249 max at 0 7 min at 4 249 O max at 4 249 min at 0 7 max at 4 249
Calculus
Application of derivatives
Use the second derivative test to find the relative maxima and minima of the given function f x x 32x 7 O min at 0 7 max at 4 249 O max at 0 7 min at 4 249 O min at 4 249 max at 0 7 min at 4 249 O max at 4 249 min at 0 7 max at 4 249
Use first and second derivative information to sketch the graph of the function f x 2x5 10x 7 O t
Calculus
Application of derivatives
Use first and second derivative information to sketch the graph of the function f x 2x5 10x 7 O t
The graph of a function is shown below Choose the graph A B C or D that could be the graph of the derivative of the function
Calculus
Application of derivatives
The graph of a function is shown below Choose the graph A B C or D that could be the graph of the derivative of the function
The graph off has a relative minimum Part 2 of 3 b Use interval notation to write the intervals over which fis increasing or decreasing The graph of fis increasing on the interval 5 00 Part 2 3 Part 3 of 3 of 9 8 at x 5 The graph of fis decreasing on the interval
Calculus
Application of derivatives
The graph off has a relative minimum Part 2 of 3 b Use interval notation to write the intervals over which fis increasing or decreasing The graph of fis increasing on the interval 5 00 Part 2 3 Part 3 of 3 of 9 8 at x 5 The graph of fis decreasing on the interval
Find the intervals of increase and decrease for the given function f x x 4x 3 f x is increasing for x 2 f x is decreasing for x 2 Of x is increasing for x 3 and x 1 f x is decreasing for 3 x 1 f x is increasing for x 2 f x is decreasing for x 2 Of x is increasing for 3 x 1 f x is decreasing for x 3 and x 1
Calculus
Application of derivatives
Find the intervals of increase and decrease for the given function f x x 4x 3 f x is increasing for x 2 f x is decreasing for x 2 Of x is increasing for x 3 and x 1 f x is decreasing for 3 x 1 f x is increasing for x 2 f x is decreasing for x 2 Of x is increasing for 3 x 1 f x is decreasing for x 3 and x 1
Specify the intervals on which the derivative of the given function is positive and those on which it is negative O f x 0 for x 1 and x 1 f x 0 for 1 x 1 O f x 0 for x 0 f x 0 for x 0 O f x 0 for x 0 f x 0 for x 0 O f x 0 for 1 x 1 f x 0 for x 1 and x 1
Calculus
Application of derivatives
Specify the intervals on which the derivative of the given function is positive and those on which it is negative O f x 0 for x 1 and x 1 f x 0 for 1 x 1 O f x 0 for x 0 f x 0 for x 0 O f x 0 for x 0 f x 0 for x 0 O f x 0 for 1 x 1 f x 0 for x 1 and x 1
Use implicit differentiation to find the second derivative x 2y 5 O 5 O 2 2 O 5 41 322 2 213 dx
Calculus
Application of derivatives
Use implicit differentiation to find the second derivative x 2y 5 O 5 O 2 2 O 5 41 322 2 213 dx
Use a graphing utility and the following graph to answer the questions below f x 0 3x 1 2x 2x 1 Part 0 3 Part 1 of 3 a Find the locations and values of the relative maxima and relative minima of the function on the standard viewing window Round to 3 decim The graph off has a relative maximum of The graph of has a relative minimum of at x at x
Calculus
Application of derivatives
Use a graphing utility and the following graph to answer the questions below f x 0 3x 1 2x 2x 1 Part 0 3 Part 1 of 3 a Find the locations and values of the relative maxima and relative minima of the function on the standard viewing window Round to 3 decim The graph off has a relative maximum of The graph of has a relative minimum of at x at x
Part 0 2 Part 1 of 2 4 o The function has no relative minimum The function has one relative minimum The function has two relative minima A relative minimum occurs at the point s 0 0 00 X
Calculus
Application of derivatives
Part 0 2 Part 1 of 2 4 o The function has no relative minimum The function has one relative minimum The function has two relative minima A relative minimum occurs at the point s 0 0 00 X
1 2 3 Part 0 2 4 51 5 6 Identify the location and value of any relative maxima or minima of the function 7
Calculus
Application of derivatives
1 2 3 Part 0 2 4 51 5 6 Identify the location and value of any relative maxima or minima of the function 7
Determine whether the function is even odd or neither 43 5 x 2 f x The function fis an even function O The function fis an odd function O The function fis neither even nor odd X 5
Calculus
Application of derivatives
Determine whether the function is even odd or neither 43 5 x 2 f x The function fis an even function O The function fis an odd function O The function fis neither even nor odd X 5