Application of derivatives Questions and Answers

By the Integral Test 8 the infinite series 6ne n OA converges B diverges lhe whether the infinite series is convergent n 3 8 Fill in the corresponding integrand and the value of the improper integral Enter inf for co inf for o and DNE if the limit does not exist Compare with 36xe x 2 n 3 6ne n dx
Calculus
Application of derivatives
By the Integral Test 8 the infinite series 6ne n OA converges B diverges lhe whether the infinite series is convergent n 3 8 Fill in the corresponding integrand and the value of the improper integral Enter inf for co inf for o and DNE if the limit does not exist Compare with 36xe x 2 n 3 6ne n dx
The following series are geometric series or a sum of two geometric series Determine whether each series converges or not For the series which converge enter the sum of the series For the series which diverges enter DIV without quotes a b c M8 M8 M8 M8 M8 M8 d e 1 7 6 1 2 DIV 6 7 2 42n 1 9 9 4 11 DIV 6 2 7
Calculus
Application of derivatives
The following series are geometric series or a sum of two geometric series Determine whether each series converges or not For the series which converge enter the sum of the series For the series which diverges enter DIV without quotes a b c M8 M8 M8 M8 M8 M8 d e 1 7 6 1 2 DIV 6 7 2 42n 1 9 9 4 11 DIV 6 2 7
Determine the values of x for which the function as represented by the graph to the right is continuous If the function is not continuous determine the reason Select the correct choice below and if necessary fill in the answer box to complete your choice OA The function is not continuous at x because a small change from this value of x may produce a large change in f x Use a comma to separate answers as needed OB The function is continuous for all values of x The function exists for all points and any small change in x produces only a small change in f x because the function does not exist there OC The function is not continuous at x Use a comma to separate answers as needed
Calculus
Application of derivatives
Determine the values of x for which the function as represented by the graph to the right is continuous If the function is not continuous determine the reason Select the correct choice below and if necessary fill in the answer box to complete your choice OA The function is not continuous at x because a small change from this value of x may produce a large change in f x Use a comma to separate answers as needed OB The function is continuous for all values of x The function exists for all points and any small change in x produces only a small change in f x because the function does not exist there OC The function is not continuous at x Use a comma to separate answers as needed
1615 14 13 12 11 10 8 7 6 5 4 3 2 so f x 1 2 3 0 78 9 10 11 12 The curve above is the graph of a sinusoidal function It goes through the points 12 2 and 2 2 Find a sinusoidal function that matches the given graph If needed you can enter 3 1416 as pi in your answer otherwise use at least 3 decimal digits
Calculus
Application of derivatives
1615 14 13 12 11 10 8 7 6 5 4 3 2 so f x 1 2 3 0 78 9 10 11 12 The curve above is the graph of a sinusoidal function It goes through the points 12 2 and 2 2 Find a sinusoidal function that matches the given graph If needed you can enter 3 1416 as pi in your answer otherwise use at least 3 decimal digits
For the right triangle below find the measure of the angle Figure is not to scale 8 Q
Calculus
Application of derivatives
For the right triangle below find the measure of the angle Figure is not to scale 8 Q
Northland Calc own deep enough in
Calculus
Application of derivatives
Northland Calc own deep enough in
Question 4 10 points Identify the end behavior of the polynomial function g x x 3 Hint It may help to graph the polynomial function with your calculator first O As the graph of the polynomial continues to the left the graph moves upward As the graph of the polynomial continues to the right the graph moves upward O As the graph of the polynomial continues to the left the graph moves upward As the graph of the polynomial continues to the right the graph moves downward O As the graph of the polynomial continues to the left the graph moves downward As the graph of the polynomial continues to the right the graph moves upward O As the graph of the polynomial continues to the left the graph moves downward As the graph of the polynomial continues to the right the graph moves downward
Calculus
Application of derivatives
Question 4 10 points Identify the end behavior of the polynomial function g x x 3 Hint It may help to graph the polynomial function with your calculator first O As the graph of the polynomial continues to the left the graph moves upward As the graph of the polynomial continues to the right the graph moves upward O As the graph of the polynomial continues to the left the graph moves upward As the graph of the polynomial continues to the right the graph moves downward O As the graph of the polynomial continues to the left the graph moves downward As the graph of the polynomial continues to the right the graph moves upward O As the graph of the polynomial continues to the left the graph moves downward As the graph of the polynomial continues to the right the graph moves downward
K Determine a the area and b the perimeter of the qua
Calculus
Application of derivatives
K Determine a the area and b the perimeter of the qua
Determine a the volume and b the surface area of figure Use the button on your calculator
Calculus
Application of derivatives
Determine a the volume and b the surface area of figure Use the button on your calculator
K Watch the video and then answer Click here to watch the video The following figures are similar A A F 36 B 16 20
Calculus
Application of derivatives
K Watch the video and then answer Click here to watch the video The following figures are similar A A F 36 B 16 20
Determine the measure of an If a side of the polygon is exte Nonagon The measure of each interior The moocure of the suppleme
Calculus
Application of derivatives
Determine the measure of an If a side of the polygon is exte Nonagon The measure of each interior The moocure of the suppleme
30 Use this information to find the unknown parts of the triangle a 32 B 32 C 71 b A 33 B 59 O C 31 D 17
Calculus
Application of derivatives
30 Use this information to find the unknown parts of the triangle a 32 B 32 C 71 b A 33 B 59 O C 31 D 17
44 Given b 4 1 c 6 2 A 114 what is the area a 10 3 b 23 2 c 5 2 d 11 6
Calculus
Application of derivatives
44 Given b 4 1 c 6 2 A 114 what is the area a 10 3 b 23 2 c 5 2 d 11 6
C a b C d 32 sin 32 sin 77 32 sin 71 sin 77 32 sin 77 sin 71 32 sin 77 sin 32
Calculus
Application of derivatives
C a b C d 32 sin 32 sin 77 32 sin 71 sin 77 32 sin 77 sin 71 32 sin 77 sin 32
26 Find the antilogarithm 7 3139 10 a 00206 b 0000206 c 000206 d 0206
Calculus
Application of derivatives
26 Find the antilogarithm 7 3139 10 a 00206 b 0000206 c 000206 d 0206
27 Find the antilogarithm 2 9 a 85 64 b 85 66 c 856 4 d 856 6
Calculus
Application of derivatives
27 Find the antilogarithm 2 9 a 85 64 b 85 66 c 856 4 d 856 6
12 Given a graph of the derivative a State on what interval original gra b Inflection points of original graph c Intervals of Concavity x
Calculus
Application of derivatives
12 Given a graph of the derivative a State on what interval original gra b Inflection points of original graph c Intervals of Concavity x
K Triangles ABC and DEC in the figu Determine the length of side BC
Calculus
Application of derivatives
K Triangles ABC and DEC in the figu Determine the length of side BC
Express the number as a ratio of integers 3 157 3 157157157
Calculus
Application of derivatives
Express the number as a ratio of integers 3 157 3 157157157
Let an 40 7n 1 a Determine whether a is convergent O convergent Odivergent an b Determine whether convergent divergent n 1 is convergent
Calculus
Application of derivatives
Let an 40 7n 1 a Determine whether a is convergent O convergent Odivergent an b Determine whether convergent divergent n 1 is convergent
Given z 2 i 1 i a 2i 3 i find the value of a such that a E R and Rez Imz
Calculus
Application of derivatives
Given z 2 i 1 i a 2i 3 i find the value of a such that a E R and Rez Imz
Given that a bi 2i 1 i Find the value of a b where a b E R
Calculus
Application of derivatives
Given that a bi 2i 1 i Find the value of a b where a b E R
that Z 3i 7 and z2 Z 10i 4 Find where is the angle in radians between z and 22
Calculus
Application of derivatives
that Z 3i 7 and z2 Z 10i 4 Find where is the angle in radians between z and 22
Find the centroid of the region bounded by the given curves y x 5 x y 2 and x 0 O 0 4 5 O None of the answer choices O 28 75 92 105 1 2 37 5
Calculus
Application of derivatives
Find the centroid of the region bounded by the given curves y x 5 x y 2 and x 0 O 0 4 5 O None of the answer choices O 28 75 92 105 1 2 37 5
The function f x P q r e Z 2x 1 1 x 3 x is equivalent to the function h x 1 3 x whe Determine the values of p q and r writing your answer in the form p q r
Calculus
Application of derivatives
The function f x P q r e Z 2x 1 1 x 3 x is equivalent to the function h x 1 3 x whe Determine the values of p q and r writing your answer in the form p q r
5 log 0 x 3 log 0 X 1 x a 2 5 b 5 2 c 5 d 2
Calculus
Application of derivatives
5 log 0 x 3 log 0 X 1 x a 2 5 b 5 2 c 5 d 2
19 Write the expression 3 log x logy log z as a single a log x z2 y4 b log y z 4 2 3x 3x c log d log y 4 Z 2 x3 11 y4z2
Calculus
Application of derivatives
19 Write the expression 3 log x logy log z as a single a log x z2 y4 b log y z 4 2 3x 3x c log d log y 4 Z 2 x3 11 y4z2
8 logx a b C d 9 4 81 16 MINN 16 81 2 X
Calculus
Application of derivatives
8 logx a b C d 9 4 81 16 MINN 16 81 2 X
6 log3 x 5 x a 125 b 243 c 625 d 81
Calculus
Application of derivatives
6 log3 x 5 x a 125 b 243 c 625 d 81
Find the derivative of S 5v dv O 5x O None of the answer choices O 5x 5 O 5x sqrt x
Calculus
Application of derivatives
Find the derivative of S 5v dv O 5x O None of the answer choices O 5x 5 O 5x sqrt x
6 km d 8 200 8 6 0 20 8 0 20 8 36 20 8 208 36 400 3007 64 100 2 360 400
Calculus
Application of derivatives
6 km d 8 200 8 6 0 20 8 0 20 8 36 20 8 208 36 400 3007 64 100 2 360 400
Use the figure to the right to a identify th markings the two small parallel lines on
Calculus
Application of derivatives
Use the figure to the right to a identify th markings the two small parallel lines on
Use the fundamental identities and the given information to find the exact values of the remaining trigonometric functions of 3 5 tan x and secx 4 3 O A sinx cos x 5 O B sinx Q c sinx 35 D sinx 5 4 5 1 2 5 I COS X COS X 4 1x COS X 5 4 5 5 3 5 3 5 CSC X CSC X CSC X CSC X 5013 3 5 3 5 3 5 3 cotx cot x cot x cotx 4 11 13 I 1 4 3 43
Calculus
Application of derivatives
Use the fundamental identities and the given information to find the exact values of the remaining trigonometric functions of 3 5 tan x and secx 4 3 O A sinx cos x 5 O B sinx Q c sinx 35 D sinx 5 4 5 1 2 5 I COS X COS X 4 1x COS X 5 4 5 5 3 5 3 5 CSC X CSC X CSC X CSC X 5013 3 5 3 5 3 5 3 cotx cot x cot x cotx 4 11 13 I 1 4 3 43
a The cost at the production level 1600 b The average cost at the production level 1600 c The marginal cost at the production level 1600 d The production level that will minimize the average cost e The minimal average cost Question Help Video Submit Question Question 3 Jump to Answer For the given cost function C x 72900 600x x First find the average cost function Use it to find a The production level that will minimize the average cost x b The minimal average cost 0 1 pt10099
Calculus
Application of derivatives
a The cost at the production level 1600 b The average cost at the production level 1600 c The marginal cost at the production level 1600 d The production level that will minimize the average cost e The minimal average cost Question Help Video Submit Question Question 3 Jump to Answer For the given cost function C x 72900 600x x First find the average cost function Use it to find a The production level that will minimize the average cost x b The minimal average cost 0 1 pt10099
A fence 24 feet tall runs parallel to a tall building at a distance of 6 ft from the building as shown in the diagram 0 LADDER 24 ft 6 ft Q We wish to find the length of the shortest ladder that will reach from the ground over the fence to the wall of the building A First find a formula for the length of the ladder in terms of 0 Hint split the ladder into 2 parts Type theta for 0 L 0 B Now find the derivative L 0 Type theta for 0 L 0 C Once you find the value of that makes L 0 0 substitute that into your original function to find the length of the shortest ladder Give your answer accurate to 5 decimal places
Calculus
Application of derivatives
A fence 24 feet tall runs parallel to a tall building at a distance of 6 ft from the building as shown in the diagram 0 LADDER 24 ft 6 ft Q We wish to find the length of the shortest ladder that will reach from the ground over the fence to the wall of the building A First find a formula for the length of the ladder in terms of 0 Hint split the ladder into 2 parts Type theta for 0 L 0 B Now find the derivative L 0 Type theta for 0 L 0 C Once you find the value of that makes L 0 0 substitute that into your original function to find the length of the shortest ladder Give your answer accurate to 5 decimal places
Find the measure of angles 1 7 gi parallel and t is transversal m21 125 22 m 2
Calculus
Application of derivatives
Find the measure of angles 1 7 gi parallel and t is transversal m21 125 22 m 2
Question 16 6 5 4 3 2 y 3 2 1 Submit Question 4 1 2 3 4 Write an equation for the function graphed above Ad
Calculus
Application of derivatives
Question 16 6 5 4 3 2 y 3 2 1 Submit Question 4 1 2 3 4 Write an equation for the function graphed above Ad
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1 The curve above is the graph of a sinusoidal function It goes through the points 13 0 and 1 0 Find a sinusoidal function that matches the given graph If needed you can enter T 3 1416 as pi in your answer otherwise use at least 3 decimal digits f x 7 8 9 10 11 12 13
Calculus
Application of derivatives
15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1 The curve above is the graph of a sinusoidal function It goes through the points 13 0 and 1 0 Find a sinusoidal function that matches the given graph If needed you can enter T 3 1416 as pi in your answer otherwise use at least 3 decimal digits f x 7 8 9 10 11 12 13
Formative Assessment 7 Write the letter of the expression on the right that is equivalent to the expression on the left sin 20 cos20 sin20 COS csc8 2 cos 8 s 0 7 Unit 3 Topic 3 NO CALCULATOR 1 sin 0 1 sin 8 Name Date A cos 0 B sin 0 C cos 0 I cos D sin 0 E tan 20 H sec 20 F cot 20 G csc 20
Calculus
Application of derivatives
Formative Assessment 7 Write the letter of the expression on the right that is equivalent to the expression on the left sin 20 cos20 sin20 COS csc8 2 cos 8 s 0 7 Unit 3 Topic 3 NO CALCULATOR 1 sin 0 1 sin 8 Name Date A cos 0 B sin 0 C cos 0 I cos D sin 0 E tan 20 H sec 20 F cot 20 G csc 20
Watch help video Given the following exponential function identify whether the change represents growth or decay and determine the percentage rate of increase or decrease y 760 1 325 Growth increase Submit Answer attempt 1 out of 2
Calculus
Application of derivatives
Watch help video Given the following exponential function identify whether the change represents growth or decay and determine the percentage rate of increase or decrease y 760 1 325 Growth increase Submit Answer attempt 1 out of 2
Amplitude Period 8 7 Midline y 6 5 Based on the graph above determine the amplitude midline and period of the function 3 24
Calculus
Application of derivatives
Amplitude Period 8 7 Midline y 6 5 Based on the graph above determine the amplitude midline and period of the function 3 24
7 4 3x 1 1 9 2345 27 11 1 4x6 2 x3 10 I m lim 8118
Calculus
Application of derivatives
7 4 3x 1 1 9 2345 27 11 1 4x6 2 x3 10 I m lim 8118
5 6 Graphing Exponential Functions Complete the table of values rounded to two decimal places and sketch a graph of the function 5 X 2 1 0 5 0 0 5 1 2 f x 1 5e 6 X 3 2 14 1 0 1 2 3 f x 4e x 3
Calculus
Application of derivatives
5 6 Graphing Exponential Functions Complete the table of values rounded to two decimal places and sketch a graph of the function 5 X 2 1 0 5 0 0 5 1 2 f x 1 5e 6 X 3 2 14 1 0 1 2 3 f x 4e x 3
7 16 Graphing Exponential Functions Graph the function not by plotting points but by starting from the graph of y e Figure 1 State the domain range and asymptote 7 g x 2 ex 121778 h x e x 3
Calculus
Application of derivatives
7 16 Graphing Exponential Functions Graph the function not by plotting points but by starting from the graph of y e Figure 1 State the domain range and asymptote 7 g x 2 ex 121778 h x e x 3
find average rate between 64000 and 79829
Calculus
Application of derivatives
find average rate between 64000 and 79829
A student wishes to use a power series to approximate the value of the integral 2x cos x dx with at error of less than 0 001 Which of the following results would resemble that approximation A 0 8411 B 0 8413 C 0 8415 D 0 8417
Calculus
Application of derivatives
A student wishes to use a power series to approximate the value of the integral 2x cos x dx with at error of less than 0 001 Which of the following results would resemble that approximation A 0 8411 B 0 8413 C 0 8415 D 0 8417
1 Use integration by parts to evaluate the following indefinite integral fx5 ln 3x dx
Calculus
Application of derivatives
1 Use integration by parts to evaluate the following indefinite integral fx5 ln 3x dx
f x y 2 4y 2 x 1 how to circulate both sides of the equation
Calculus
Application of derivatives
f x y 2 4y 2 x 1 how to circulate both sides of the equation
5 y x y 1 I 2 III 2 YA X 2 X 6 y sin x sin y II IV YA X
Calculus
Application of derivatives
5 y x y 1 I 2 III 2 YA X 2 X 6 y sin x sin y II IV YA X
0 1 Points Rewrite the expre 2 tan CSC x
Calculus
Application of derivatives
0 1 Points Rewrite the expre 2 tan CSC x