Calculus Questions

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Find the quotient 3x 6 cos i sin 2 T 3 3 cos i sin 2 6 cos i sin 2 3 cos 3x 2 172 I 2 i sin 2 BIN in rectangular form using exact values Simplify your answer including any radicals Use integers or fractions for any numbers in the expression Type answer in the form a bi
Calculus
Application of derivatives
Find the quotient 3x 6 cos i sin 2 T 3 3 cos i sin 2 6 cos i sin 2 3 cos 3x 2 172 I 2 i sin 2 BIN in rectangular form using exact values Simplify your answer including any radicals Use integers or fractions for any numbers in the expression Type answer in the form a bi
Find the resultant sum of the pair of complex numbers Express your answer in rectangular form Do not use calculator 4 5i 1 3i The sum is Type your answer in the form a bi
Calculus
Application of derivatives
Find the resultant sum of the pair of complex numbers Express your answer in rectangular form Do not use calculator 4 5i 1 3i The sum is Type your answer in the form a bi
Final Exam Practice Problems Consider the region bounded by y ln x over 1 e a Set up integrals using both methods if revolved about the z axis Repeat if revolved about the y axis Find each volume b Set up integrals if revolved about y 1 both methods c Set up an integral that computes the length of the curve d Set up an integral that computes the area if the curve is revolved about the z axi
Calculus
Differential equations
Final Exam Practice Problems Consider the region bounded by y ln x over 1 e a Set up integrals using both methods if revolved about the z axis Repeat if revolved about the y axis Find each volume b Set up integrals if revolved about y 1 both methods c Set up an integral that computes the length of the curve d Set up an integral that computes the area if the curve is revolved about the z axi
The acceleration of an object in m s is given by the function a t 4 sin t The initial velocity of the object is v 0 1 m s a Find an equation v t for the object velocity v t b Find the object s displacement in meters from time 0 to time 3 meters c Find the total distance traveled by the object from time 0 to time 3 meters
Calculus
Application of derivatives
The acceleration of an object in m s is given by the function a t 4 sin t The initial velocity of the object is v 0 1 m s a Find an equation v t for the object velocity v t b Find the object s displacement in meters from time 0 to time 3 meters c Find the total distance traveled by the object from time 0 to time 3 meters
Use absolute value on a graphing calculator to find the area bounded by the graphs of the equations over the given interval y e x y 0 1x 0 4 2 x 2 The area is
Calculus
Differential equations
Use absolute value on a graphing calculator to find the area bounded by the graphs of the equations over the given interval y e x y 0 1x 0 4 2 x 2 The area is
12 S 9 1 2
Calculus
Definite Integrals
12 S 9 1 2
12 Vector a joins the x and y intercepts tail at the x intercept and head at the y intercept of the line 2x 3y 6 Determine a as a quadrant bearing
Calculus
Vector Calculus
12 Vector a joins the x and y intercepts tail at the x intercept and head at the y intercept of the line 2x 3y 6 Determine a as a quadrant bearing
Application 3 An airplane is on a heading of 030 at an airspeed of 800 km h There is a wind of 75 km h from 315 Using trigonometry find the resultant velocity as a true bearing of the airplane Include a diagram
Calculus
Vector Calculus
Application 3 An airplane is on a heading of 030 at an airspeed of 800 km h There is a wind of 75 km h from 315 Using trigonometry find the resultant velocity as a true bearing of the airplane Include a diagram
10 For what value of k will the vectors a 4 12 16 b 7 5 2 and c 2 7 k be coplanar
Calculus
Application of derivatives
10 For what value of k will the vectors a 4 12 16 b 7 5 2 and c 2 7 k be coplanar
9 Determine the value s of z such that the points A 1 5 8 B 0 9 4 and C 8 5 z form an Isosceles triangle where AC is the base i e the non equal side
Calculus
Application of derivatives
9 Determine the value s of z such that the points A 1 5 8 B 0 9 4 and C 8 5 z form an Isosceles triangle where AC is the base i e the non equal side
6 Write 5 7 as a linear combination of 2 3 and 1 4 Leave your answers as fractions where applicable
Calculus
Application of derivatives
6 Write 5 7 as a linear combination of 2 3 and 1 4 Leave your answers as fractions where applicable
For the vectors u 5 8 and v 4 6 a Write u in terms of i and j b Determine lvl
Calculus
Application of derivatives
For the vectors u 5 8 and v 4 6 a Write u in terms of i and j b Determine lvl
e cos 0 Need Help Submit Answer 0 1 Points X 35 Read It DETAILS PREVIOUS ANSWERS SPRECALC8 6 4 030 1 3 Submissions Used MY NOTES ASK YOUR TEACHER PRACTICE ANO Find all angles 8 between 0 and 180 that satisfy the given equation Round your answer s to one decimal place Enter your answers as a comma separated list Enter your answer in degrees tan 0 21
Calculus
Limits & Continuity
e cos 0 Need Help Submit Answer 0 1 Points X 35 Read It DETAILS PREVIOUS ANSWERS SPRECALC8 6 4 030 1 3 Submissions Used MY NOTES ASK YOUR TEACHER PRACTICE ANO Find all angles 8 between 0 and 180 that satisfy the given equation Round your answer s to one decimal place Enter your answers as a comma separated list Enter your answer in degrees tan 0 21
599e Bay 3 71 dy Y
Calculus
Definite Integrals
599e Bay 3 71 dy Y
3 2 T 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1 2 3 10 The curve above is the graph of a sinusoidal function It goes through the points 6 0 and 4 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
Calculus
Differential equations
3 2 T 14 13 12 11 10 9 8 7 6 5 4 3 2 1 1 2 3 10 The curve above is the graph of a sinusoidal function It goes through the points 6 0 and 4 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
A company determined that the marginal cost C x of producing the xth unit of a product is given by C x x 4x Find the total cost function C assuming that C x is in dollars and that fixed costs are 6000 C x CO
Calculus
Differentiation
A company determined that the marginal cost C x of producing the xth unit of a product is given by C x x 4x Find the total cost function C assuming that C x is in dollars and that fixed costs are 6000 C x CO
Find s t where s t represents the position function v t represents the velocity function and a t represents the acceleration function a t 301 6 with v 0 5 and s 0 8
Calculus
Indefinite Integration
Find s t where s t represents the position function v t represents the velocity function and a t represents the acceleration function a t 301 6 with v 0 5 and s 0 8
f x x 8x 24x g x 19x 52 The area is Type an integer or a simplified fraction
Calculus
Differentiation
f x x 8x 24x g x 19x 52 The area is Type an integer or a simplified fraction
F cos2x cosx 0 denkleminin 0 2n aral ndaki k klerinin lam ka radyand r
Calculus
Differentiation
F cos2x cosx 0 denkleminin 0 2n aral ndaki k klerinin lam ka radyand r
1 cOSX 1 COSX fadesi a a dakilerden hangisine e equal
Calculus
Vector Calculus
1 cOSX 1 COSX fadesi a a dakilerden hangisine e equal
6 12 oldu una g re tan2a nin de eri k tana
Calculus
Application of derivatives
6 12 oldu una g re tan2a nin de eri k tana
1 cosx icosx ifadesi a a dakilerden hangisine E
Calculus
Differential equations
1 cosx icosx ifadesi a a dakilerden hangisine E
an 3n 19 izisinin ka teriml 3 ten b y
Calculus
Limits & Continuity
an 3n 19 izisinin ka teriml 3 ten b y
3 cos2x 2sin x 1 ifadesinin de eri ka t r
Calculus
Vector Calculus
3 cos2x 2sin x 1 ifadesinin de eri ka t r
I 1 sin cos 1 ifadesinin sonucu ka t r
Calculus
Vector Calculus
I 1 sin cos 1 ifadesinin sonucu ka t r
6 log 8 log 7 log 9 I leminin sonucu ka t r What is the result of The transaction
Calculus
Application of derivatives
6 log 8 log 7 log 9 I leminin sonucu ka t r What is the result of The transaction
5 309 4 glog 2 wreu keyter what is the result of the transaction
Calculus
Limits & Continuity
5 309 4 glog 2 wreu keyter what is the result of the transaction
1 log 42 log 42 log427 i leminin sonucu ka t r what is the result of the transaction
Calculus
Application of derivatives
1 log 42 log 42 log427 i leminin sonucu ka t r what is the result of the transaction
log log x 1 1 oldu una g re x ke ir Since what is X
Calculus
Application of derivatives
log log x 1 1 oldu una g re x ke ir Since what is X
Find the area bounded by the graphs of the indicated equations over the given interval when stated Compute answers to three decimal places y x 3 y 6x 6 1 x 2 The area calculated to three decimal places is ACTOR square units
Calculus
Definite Integrals
Find the area bounded by the graphs of the indicated equations over the given interval when stated Compute answers to three decimal places y x 3 y 6x 6 1 x 2 The area calculated to three decimal places is ACTOR square units
Find the area bounded by the graphs of the indicated equations over the given interval when stated Compute answers to three decimal places y x 3 y 6x 6 1 x 2 COFFR The area calculated to three decimal places is square units
Calculus
Definite Integrals
Find the area bounded by the graphs of the indicated equations over the given interval when stated Compute answers to three decimal places y x 3 y 6x 6 1 x 2 COFFR The area calculated to three decimal places is square units
A yeast culture is growing at a rate of W t 0 3e0 09 grams per hour Find the area between the graph of W and the t axis over the interval 0 10 and interpret your results The area under the curve rounded to three decimal places is weight gain over ten hours will be This means that the CEES square units grams of yeast 4 865
Calculus
Definite Integrals
A yeast culture is growing at a rate of W t 0 3e0 09 grams per hour Find the area between the graph of W and the t axis over the interval 0 10 and interpret your results The area under the curve rounded to three decimal places is weight gain over ten hours will be This means that the CEES square units grams of yeast 4 865
Monthly sales of a particular personal computer are expected to decline at a rate of S t 4te0 2t computers per month where tis time in months and S t is the number of computers sold each month The company plans to stop manufacturing this computer when monthly sales reach 800 computers If monthly sales now t 0 are 2 000 computers find S t How long to the nearest month will the company continue to manufacture the computer S t CECH The company will continue to manufacture the computer for approximately months
Calculus
Definite Integrals
Monthly sales of a particular personal computer are expected to decline at a rate of S t 4te0 2t computers per month where tis time in months and S t is the number of computers sold each month The company plans to stop manufacturing this computer when monthly sales reach 800 computers If monthly sales now t 0 are 2 000 computers find S t How long to the nearest month will the company continue to manufacture the computer S t CECH The company will continue to manufacture the computer for approximately months
Use the trapezoidal rule with n 5 to approximate 6x dx and use the fundamental theorem of calculus to find the exact value of definite integral The approximate value of the integral from the trapezoidal rule is Simplify your answer The exact value of the definite integral is Simplify your answer
Calculus
Application of derivatives
Use the trapezoidal rule with n 5 to approximate 6x dx and use the fundamental theorem of calculus to find the exact value of definite integral The approximate value of the integral from the trapezoidal rule is Simplify your answer The exact value of the definite integral is Simplify your answer
Choose the correct answer below OA P x k x dx OC Sk x dx C d OE SIP x K X k x dx OB S p x k x dx d OD k x p x dx OF Sp x dx y k x y p x cd
Calculus
Definite Integrals
Choose the correct answer below OA P x k x dx OC Sk x dx C d OE SIP x K X k x dx OB S p x k x dx d OD k x p x dx OF Sp x dx y k x y p x cd
Evaluate 4 S 4 S 50 4 dt 5 t dt 5 t 4 Type an exact answer
Calculus
Application of derivatives
Evaluate 4 S 4 S 50 4 dt 5 t dt 5 t 4 Type an exact answer
Integrate x x 2dx
Calculus
Differentiation
Integrate x x 2dx
Evaluate 2 2 x x 1 5 dx 1 5 x x 1 dx 1
Calculus
Differentiation
Evaluate 2 2 x x 1 5 dx 1 5 x x 1 dx 1
Evaluate 5 1 2x 9 x 9x 5 dx 5 S 1 Type an exact answer 2x 9 x 9x 5 dx
Calculus
Definite Integrals
Evaluate 5 1 2x 9 x 9x 5 dx 5 S 1 Type an exact answer 2x 9 x 9x 5 dx
Evaluate Be sure to check by differentiating Sex 20 dx S 6x 2 dx Type an exact answer Use parentheses to clearly denote the argument of each function
Calculus
Differentiation
Evaluate Be sure to check by differentiating Sex 20 dx S 6x 2 dx Type an exact answer Use parentheses to clearly denote the argument of each function
Evaluate Assume u 0 when In u appears Sx ex dx x x x dx CT et epower
Calculus
Differentiation
Evaluate Assume u 0 when In u appears Sx ex dx x x x dx CT et epower
Use the trapezoidal rule with n 3 to approximate 9 x4 dx T3 Round the final answer to two decimal places as needed Round all intermediate values to four decimal pl as needed
Calculus
Definite Integrals
Use the trapezoidal rule with n 3 to approximate 9 x4 dx T3 Round the final answer to two decimal places as needed Round all intermediate values to four decimal pl as needed
The concentration of particulate matter in parts per million t hours after a factory ceases operation for the day is given by the following formula C t Find the average concentration for the period from t 0 to t 4 C t 8In t 9 t 9 The average concentration of particulate matter for the time period from t 0 to t 4 is approximately million Do not round until the final answer Then round to four decimal places as needed parts per
Calculus
Definite Integrals
The concentration of particulate matter in parts per million t hours after a factory ceases operation for the day is given by the following formula C t Find the average concentration for the period from t 0 to t 4 C t 8In t 9 t 9 The average concentration of particulate matter for the time period from t 0 to t 4 is approximately million Do not round until the final answer Then round to four decimal places as needed parts per
Use absolute value on a graphing calculator to find the area between the curve and the x axis over the given interval 13 y x ex 2 x 2 The area between the curve and the x axis over the given interval is Type an integer or decimal rounded to two decimal places as needed
Calculus
Definite Integrals
Use absolute value on a graphing calculator to find the area between the curve and the x axis over the given interval 13 y x ex 2 x 2 The area between the curve and the x axis over the given interval is Type an integer or decimal rounded to two decimal places as needed
10The mouse is a particularly useful model for studying human disease because mice and humans are 100 genetically a identical all mice are in essence clones mice do not feel pain and discomfort d mice and humans are the only species whose genomes have been sequenced b C e approximately 90 of human disease associated genes are present in the mouse genome
Calculus
Indefinite Integration
10The mouse is a particularly useful model for studying human disease because mice and humans are 100 genetically a identical all mice are in essence clones mice do not feel pain and discomfort d mice and humans are the only species whose genomes have been sequenced b C e approximately 90 of human disease associated genes are present in the mouse genome
7 In the creation of a DNA profile a b C d minisatellites short tandem repeats introns exons are typically used
Calculus
Limits & Continuity
7 In the creation of a DNA profile a b C d minisatellites short tandem repeats introns exons are typically used
7 In the creation of a DNA profile a b C d minisatellites short tandem repeats introns exons are typically use
Calculus
Application of derivatives
7 In the creation of a DNA profile a b C d minisatellites short tandem repeats introns exons are typically use
The graph below shows a continuous function y a t F 6 5 A 3 2 2 2 2 3 5 6 2 3 A At 3 f is increasing The function is defined as an integral f x a t dt f At a 1 f is increasing 6 For each value listed below decide if the function f is increasing decreasing or neither at that value At 4 f is increasing At a 5 f is neither At 2 f is neither 7 8 OF OF a OF OF
Calculus
Limits & Continuity
The graph below shows a continuous function y a t F 6 5 A 3 2 2 2 2 3 5 6 2 3 A At 3 f is increasing The function is defined as an integral f x a t dt f At a 1 f is increasing 6 For each value listed below decide if the function f is increasing decreasing or neither at that value At 4 f is increasing At a 5 f is neither At 2 f is neither 7 8 OF OF a OF OF
Consider the function f t 4 sec t 2t Let F t be the antiderivative of f t with F 0 0 Then F 5
Calculus
Application of derivatives
Consider the function f t 4 sec t 2t Let F t be the antiderivative of f t with F 0 0 Then F 5
The tables to the right give price demand and price supply data for the sale of soybeans at a grain market where x is the number of bushels of soybeans in thousands of bushels and p is the price per bushel in dollars Use quadratic regression to model the price demand data and linear regression to model the price supply data Complete parts A and B below A Find the equilibrium quantity and equilibrium price The equilibrium quantity is thousand bushels Round to three decimal places as needed GIIB Price Demand X 0 10 20 30 40 Price Supply p S x 6 33 6 39 p D x X 6 60 0 6 51 10 6 45 20 6 43 30 6 40 40 6 44 6 51 6 54
Calculus
Vector Calculus
The tables to the right give price demand and price supply data for the sale of soybeans at a grain market where x is the number of bushels of soybeans in thousands of bushels and p is the price per bushel in dollars Use quadratic regression to model the price demand data and linear regression to model the price supply data Complete parts A and B below A Find the equilibrium quantity and equilibrium price The equilibrium quantity is thousand bushels Round to three decimal places as needed GIIB Price Demand X 0 10 20 30 40 Price Supply p S x 6 33 6 39 p D x X 6 60 0 6 51 10 6 45 20 6 43 30 6 40 40 6 44 6 51 6 54