Calculus Questions

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Simplify the lefthandside so that LHS sin a sin a 1 cos a 1 cos a RHS 2 tan a
Calculus
Definite Integrals
Simplify the lefthandside so that LHS sin a sin a 1 cos a 1 cos a RHS 2 tan a
2 2TT in terms of sin x and cos x 3 Rewrite cos x
Calculus
Application of derivatives
2 2TT in terms of sin x and cos x 3 Rewrite cos x
Write the sum as a product cos 18 7v cos 11 7v Note coefficients inside of the trigonometric functions should be entered as simplified decimal value do not enter fractions inside of the trig functions else they will be marked incorrect by the system F 11 example if your answer is enter 5 5 instead of 11 2
Calculus
Limits & Continuity
Write the sum as a product cos 18 7v cos 11 7v Note coefficients inside of the trigonometric functions should be entered as simplified decimal value do not enter fractions inside of the trig functions else they will be marked incorrect by the system F 11 example if your answer is enter 5 5 instead of 11 2
Rewrite sin x 5T 6 in terms of sin x and cos x
Calculus
Application of derivatives
Rewrite sin x 5T 6 in terms of sin x and cos x
Write the product as a sum or difference 18 cos 14r cos 12r
Calculus
Application of derivatives
Write the product as a sum or difference 18 cos 14r cos 12r
Simplify sin t cos t cos t sin t 2 sin 2t csc t to a single trig function
Calculus
Limits & Continuity
Simplify sin t cos t cos t sin t 2 sin 2t csc t to a single trig function
Use the spinner shown It is equally probable that the pointer will land on any one of the regions If the pointer lands on a borderline spin again If the pointer is spun twice find the probability that it will land on a color other than yellow for each spin 2 4 Type an integer or a simplified fraction Find the probability that the spinner will land on a color other than yellow for each spin green red yellow blue blue yellow red green
Calculus
Limits & Continuity
Use the spinner shown It is equally probable that the pointer will land on any one of the regions If the pointer lands on a borderline spin again If the pointer is spun twice find the probability that it will land on a color other than yellow for each spin 2 4 Type an integer or a simplified fraction Find the probability that the spinner will land on a color other than yellow for each spin green red yellow blue blue yellow red green
Which of the following is equivalent to tan x 2 Select the correct answer below O tan x O tan x 1 O tan x 1 1 tan x 1 tan x O 1 tan x 1 tan x 1 tan x tan x
Calculus
Application of derivatives
Which of the following is equivalent to tan x 2 Select the correct answer below O tan x O tan x 1 O tan x 1 1 tan x 1 tan x O 1 tan x 1 tan x 1 tan x tan x
Simplify the following expression Select the correct answer below O tan tan a tan a tan 01 tan a tan p O 1 tan a tan tan a tan B 1 sin a b cos a cos p
Calculus
Application of derivatives
Simplify the following expression Select the correct answer below O tan tan a tan a tan 01 tan a tan p O 1 tan a tan tan a tan B 1 sin a b cos a cos p
1 point Solve y sin x if y 0 0 and y 0 3 y x help formulas
Calculus
Definite Integrals
1 point Solve y sin x if y 0 0 and y 0 3 y x help formulas
Simplify the following expression using the sum and difference identities 5 Cos 7 COS Select the correct answer below cos 3 O sin 3 COS 11 O sin 1 4 O sin 4 COS COS sin 5 57 sin 7
Calculus
Application of derivatives
Simplify the following expression using the sum and difference identities 5 Cos 7 COS Select the correct answer below cos 3 O sin 3 COS 11 O sin 1 4 O sin 4 COS COS sin 5 57 sin 7
a Set up an integral for solving y x y x dy x x when y 4 10 dx t b Evaluate your answer to the previous part to find y x help formulas
Calculus
Differential equations
a Set up an integral for solving y x y x dy x x when y 4 10 dx t b Evaluate your answer to the previous part to find y x help formulas
Previ 1 point A spaceship is traveling directly away from earth with speed 412 4 km s At time t 0 s it is 500 km from earth How far is it from earth on minute after time t 0 s Include units in your answer Distance help units
Calculus
Application of derivatives
Previ 1 point A spaceship is traveling directly away from earth with speed 412 4 km s At time t 0 s it is 500 km from earth How far is it from earth on minute after time t 0 s Include units in your answer Distance help units
You are given that tan A and tan B 2 Find tan A B Give your answer as a fraction
Calculus
Differentiation
You are given that tan A and tan B 2 Find tan A B Give your answer as a fraction
dy 1 point Find a solution to dx xy 9x 5y 45 If necessary use k to denote an arbitrary constant help equations
Calculus
Differential equations
dy 1 point Find a solution to dx xy 9x 5y 45 If necessary use k to denote an arbitrary constant help equations
You are given that sin A 7 with A in Quadrant II and cos B 3 with B in Quadrant I Find sin A B Give your 17 answer as a fraction
Calculus
Vector Calculus
You are given that sin A 7 with A in Quadrant II and cos B 3 with B in Quadrant I Find sin A B Give your 17 answer as a fraction
x 3 y 0 east one of the answers above is NOT correct the questions remains unanswered point Solve the differential equation dy X dx 9y a Find an implicit solution and put your answer in the following form x 2 2 9y 2 2 constant help formulas b Find the equation of the solution through the point x y 3 1 x 3y help equations N x 3y 0 of the colution through the point x y 0 7 Your answer should be of the form y f x correc incorre
Calculus
Differential equations
x 3 y 0 east one of the answers above is NOT correct the questions remains unanswered point Solve the differential equation dy X dx 9y a Find an implicit solution and put your answer in the following form x 2 2 9y 2 2 constant help formulas b Find the equation of the solution through the point x y 3 1 x 3y help equations N x 3y 0 of the colution through the point x y 0 7 Your answer should be of the form y f x correc incorre
1 Cars arrive at a one bay car wash facility where the interarrival time is exponential with mean of 10 minutes Arriving cars line up in a single line It takes between 10 and 15 minutes uniformly distributed to wash a car Assume first arrival occurs at time 0 T 0 and system is empty initially Simulate the system for first 7 customers and calculate the following performance measures a What is the average queue length 20p b What is server utilization 20p c What is the average time that a customer waits in the queue 20p X Ln R Table 1 Random numbers x 9 a 6 a R Random Numbers for Interarrival times Random Numbers for Service times 0 3397 0 1351 0 2677 0 8762 0 9912 0 8176 0 2236 0 8422 0 8820 0 8471 0 4249 0 9113 0 9387 0 3456 2 Using multiplicative congruential method generate 10 random numbers for following input parameters 20p
Calculus
Definite Integrals
1 Cars arrive at a one bay car wash facility where the interarrival time is exponential with mean of 10 minutes Arriving cars line up in a single line It takes between 10 and 15 minutes uniformly distributed to wash a car Assume first arrival occurs at time 0 T 0 and system is empty initially Simulate the system for first 7 customers and calculate the following performance measures a What is the average queue length 20p b What is server utilization 20p c What is the average time that a customer waits in the queue 20p X Ln R Table 1 Random numbers x 9 a 6 a R Random Numbers for Interarrival times Random Numbers for Service times 0 3397 0 1351 0 2677 0 8762 0 9912 0 8176 0 2236 0 8422 0 8820 0 8471 0 4249 0 9113 0 9387 0 3456 2 Using multiplicative congruential method generate 10 random numbers for following input parameters 20p
A population is modeled by the differential equation dP P 1 5P 1 4500 dt a For what values of P is the population increasing Enter your answer in interval notation PE b For what values of P is the population decreasing Enter your answer in interval notation PE c What are the equilibrium solutions Enter your answers as a comma separated list P
Calculus
Differential equations
A population is modeled by the differential equation dP P 1 5P 1 4500 dt a For what values of P is the population increasing Enter your answer in interval notation PE b For what values of P is the population decreasing Enter your answer in interval notation PE c What are the equilibrium solutions Enter your answers as a comma separated list P
a For what values of r does the function y e satisfy the differential equation 5y 34y 7y 0 Enter your answers as a comma separated list r b If r and r are the values of r that you found in part a show that every member of the family of functions y ae 1 be 2 is also a solution Let 1 be the larger value and r be the smaller value We need to show that every member of the family of functions y ae 1 be 2 is a solution of the differential equation 5y 34y 7y 0 We must decide whether 5f x 34f x 7f x 0 for f x ae 1X be 2x Substitute your values for r and r into f x then find f x and f x We have f x and f x Substituting and combining like terms we get the following C De x Therefore f x ae1 be 2 is a solution to the differential equation 5y 34y 7y 0 5f x 34f x 7f x
Calculus
Differential equations
a For what values of r does the function y e satisfy the differential equation 5y 34y 7y 0 Enter your answers as a comma separated list r b If r and r are the values of r that you found in part a show that every member of the family of functions y ae 1 be 2 is also a solution Let 1 be the larger value and r be the smaller value We need to show that every member of the family of functions y ae 1 be 2 is a solution of the differential equation 5y 34y 7y 0 We must decide whether 5f x 34f x 7f x 0 for f x ae 1X be 2x Substitute your values for r and r into f x then find f x and f x We have f x and f x Substituting and combining like terms we get the following C De x Therefore f x ae1 be 2 is a solution to the differential equation 5y 34y 7y 0 5f x 34f x 7f x
Solve the differential equation t sec 0 8 de dt Bet
Calculus
Application of derivatives
Solve the differential equation t sec 0 8 de dt Bet
You are given that cos A your answer as a fraction 13 with A in Quadrant III and sin B 13 with B in Quadrant I Find sin A B Give
Calculus
Definite Integrals
You are given that cos A your answer as a fraction 13 with A in Quadrant III and sin B 13 with B in Quadrant I Find sin A B Give
You are given that cos A with A in Quadrant II and sin B 2 with B in Quadrant II Find cos A B Give your answer as a fraction
Calculus
Application of derivatives
You are given that cos A with A in Quadrant II and sin B 2 with B in Quadrant II Find cos A B Give your answer as a fraction
The population of deer in a forest can be modeled with the sinusoidal function p 6000cos 1 51000 where t is the number of years after 1976 To the nearest whole number what was the population in the year 1994 NOTE The angle is in radians Provide your answer below
Calculus
Application of derivatives
The population of deer in a forest can be modeled with the sinusoidal function p 6000cos 1 51000 where t is the number of years after 1976 To the nearest whole number what was the population in the year 1994 NOTE The angle is in radians Provide your answer below
You are given that sin A with A in Quadrant IV and sin B with B in Quadrant III Find cos A B Give 13 your answer as a fraction Provide your appr
Calculus
Vector Calculus
You are given that sin A with A in Quadrant IV and sin B with B in Quadrant III Find cos A B Give 13 your answer as a fraction Provide your appr
The equation p 5000cos t 54000 describes the number of deer in a forest where t is the number of years af 1972 What was the population in the year 1991 to the nearest whole number NOTE The angle is in radians Provide your answer below
Calculus
Definite Integrals
The equation p 5000cos t 54000 describes the number of deer in a forest where t is the number of years af 1972 What was the population in the year 1991 to the nearest whole number NOTE The angle is in radians Provide your answer below
19 2sin t 8 where t is the The temperature in a room of a nearby library can be modeled with the equation T number of hours past midnight Marie measures the temperature when t 22 To the nearest degree what does she find NOTE The angle is in radians Provide your answer below
Calculus
Application of derivatives
19 2sin t 8 where t is the The temperature in a room of a nearby library can be modeled with the equation T number of hours past midnight Marie measures the temperature when t 22 To the nearest degree what does she find NOTE The angle is in radians Provide your answer below
Question You are given that cos A 3 with A in Quadrant I and sin B answer as a fraction answer below 2 with B in Quadrant I Find sin A 1
Calculus
Application of derivatives
Question You are given that cos A 3 with A in Quadrant I and sin B answer as a fraction answer below 2 with B in Quadrant I Find sin A 1
Question You are given that sin A with A in Quadrant I and sin B with B in Quadrant IV Find sin A B Give your answer as a fraction aquer below
Calculus
Application of derivatives
Question You are given that sin A with A in Quadrant I and sin B with B in Quadrant IV Find sin A B Give your answer as a fraction aquer below
y 3 cos 2 Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertical dotted green lines corresponds to one period Provide your answer below 2TT 6 5 4 3 2 0 2 0 1 0 13 2 2 4TT 6TT 8TT 10TT
Calculus
Application of derivatives
y 3 cos 2 Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertical dotted green lines corresponds to one period Provide your answer below 2TT 6 5 4 3 2 0 2 0 1 0 13 2 2 4TT 6TT 8TT 10TT
You are given that tan A 4 and tan B 7 Find tan A B Give your answer as a fraction
Calculus
Indefinite Integration
You are given that tan A 4 and tan B 7 Find tan A B Give your answer as a fraction
You are given that cos A with A in Quadrant II and sin B 13 your answer as a fraction with B in Quadrant II Find cos A B Give
Calculus
Application of derivatives
You are given that cos A with A in Quadrant II and sin B 13 your answer as a fraction with B in Quadrant II Find cos A B Give
Provide your answer below Drag either of the movable red points to set the asymptotes for one period of the given function Also place the blue point at the correct set of coordinates You may click on a point to verify its coordinates 21T 31 2 IT T2 6 3 2 6 1 1 2 2 tan x IT y 2 tan 311 2 2m
Calculus
Application of derivatives
Provide your answer below Drag either of the movable red points to set the asymptotes for one period of the given function Also place the blue point at the correct set of coordinates You may click on a point to verify its coordinates 21T 31 2 IT T2 6 3 2 6 1 1 2 2 tan x IT y 2 tan 311 2 2m
Considering only the values of for which sec B 1 cos 1 cos B is defined which of the following expressions is equivalent to see 1 cos B 1 cos Select the correct answer below 1 sec tan cos B sec sin tan
Calculus
Definite Integrals
Considering only the values of for which sec B 1 cos 1 cos B is defined which of the following expressions is equivalent to see 1 cos B 1 cos Select the correct answer below 1 sec tan cos B sec sin tan
Graph the following function y sin 1 Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertica dotted green lines corresponds to one period Note reference the sinusoidal function A sin Bx C D Provide your answer below 211 41 3 2 2 2 1 0 0 2 0 TT
Calculus
Limits & Continuity
Graph the following function y sin 1 Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertica dotted green lines corresponds to one period Note reference the sinusoidal function A sin Bx C D Provide your answer below 211 41 3 2 2 2 1 0 0 2 0 TT
Considering only the values of a for which 1 sec a tan a Select the correct answer below O sin a sec a tan a tan a 1 sec atan a is defined which of the following expressions is equivalent to
Calculus
Differentiation
Considering only the values of a for which 1 sec a tan a Select the correct answer below O sin a sec a tan a tan a 1 sec atan a is defined which of the following expressions is equivalent to
Which of the following is equivalent to for all values of a for which Select the correct answer below see a tan a sec atan a sce a 1 sin a is defined
Calculus
Application of derivatives
Which of the following is equivalent to for all values of a for which Select the correct answer below see a tan a sec atan a sce a 1 sin a is defined
Considering only the values of 0 for which cos 0 sec 0 1 is defined which of the following expressions is equivalent to cos 0 sec 0 1 Select the correct answer below sec 0 sin Otan 0 sin 0 sin 0 FEEDRACK MORE INSTRUCTION SUBMIT
Calculus
Application of derivatives
Considering only the values of 0 for which cos 0 sec 0 1 is defined which of the following expressions is equivalent to cos 0 sec 0 1 Select the correct answer below sec 0 sin Otan 0 sin 0 sin 0 FEEDRACK MORE INSTRUCTION SUBMIT
Which of the following is equivalent to csc 0 sec 0 1 sec 0 1 for all values of 0 for which csc 0 sec 0 1 sec 0 1 is defined Select the correct answer below Otan 0 Osec 0 O cot 0
Calculus
Application of derivatives
Which of the following is equivalent to csc 0 sec 0 1 sec 0 1 for all values of 0 for which csc 0 sec 0 1 sec 0 1 is defined Select the correct answer below Otan 0 Osec 0 O cot 0
Considering only the values of 0 for which I cos 0 is defined which of the following expressions is equivalent to I cos 07 Cos 0 Select the correct answer below cos sin 0 sin Otan 0
Calculus
Application of derivatives
Considering only the values of 0 for which I cos 0 is defined which of the following expressions is equivalent to I cos 07 Cos 0 Select the correct answer below cos sin 0 sin Otan 0
Which expression is equivalent to Select the correct answer below O cot B O cos B sec O tan 01 cos B sin B 1 cos B for all values of B for which sin 1 cos B is defined FEEDBACK MORE IN
Calculus
Application of derivatives
Which expression is equivalent to Select the correct answer below O cot B O cos B sec O tan 01 cos B sin B 1 cos B for all values of B for which sin 1 cos B is defined FEEDBACK MORE IN
Considering only the values of a for which the expression is defined which of the following is equivalent to the expression below Select the correct answer below cot a cse a sec a cos a csc a sec a cos C cot a cos a tan a cse a cot a
Calculus
Application of derivatives
Considering only the values of a for which the expression is defined which of the following is equivalent to the expression below Select the correct answer below cot a cse a sec a cos a csc a sec a cos C cot a cos a tan a cse a cot a
Given that csc 0 5 and 0 is in Quadrant IV what is tan 0 Write your answer in exact form Do not round Provide your answer below
Calculus
Differentiation
Given that csc 0 5 and 0 is in Quadrant IV what is tan 0 Write your answer in exact form Do not round Provide your answer below
Given that tan 0 and 0 is in Quadrant II what is cos 0 Write your answer in exact form Do not round Provide your answer below
Calculus
Application of derivatives
Given that tan 0 and 0 is in Quadrant II what is cos 0 Write your answer in exact form Do not round Provide your answer below
raph the following function Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertica dotted green lines corresponds to one period Provide your answer below 6 5 4 3 2 2 1 0 0 y 3 sin 2x in 2x 2 2 TT 2n 0 21 3TT
Calculus
Differentiation
raph the following function Drag the black dot to shift your graph in the desired direction Use the blue draggable dot to change the period Drag the orange dot to change the amplitude and or reflect with respect to the x axis The horizontal distance between the vertica dotted green lines corresponds to one period Provide your answer below 6 5 4 3 2 2 1 0 0 y 3 sin 2x in 2x 2 2 TT 2n 0 21 3TT
Write the following function in terms of its cofunction Make sure to include the degree symbol in your answer csc 20
Calculus
Application of derivatives
Write the following function in terms of its cofunction Make sure to include the degree symbol in your answer csc 20
A Use an indirect proof to prove the following GIVEN A ABC is not isosceles ADB CDB 6 PROVE AD DC D B C
Calculus
Limits & Continuity
A Use an indirect proof to prove the following GIVEN A ABC is not isosceles ADB CDB 6 PROVE AD DC D B C
onsider the given function and the given interval f x x 6 5 8 a Find the average value fave of fon the given interval fave b Find c such that fave f c C C c Sketch the graph of f and a rectangle whose area is the same as the area under the graph of f f x f x 4 3 smaller value larger value 2 2
Calculus
Definite Integrals
onsider the given function and the given interval f x x 6 5 8 a Find the average value fave of fon the given interval fave b Find c such that fave f c C C c Sketch the graph of f and a rectangle whose area is the same as the area under the graph of f f x f x 4 3 smaller value larger value 2 2
The graph shows the function y h t 1 5 4 3 2 1 X 1 2 3 4 5 a I We define a new function r x h t dt 0 2 Complete the table of values for the function r 1 5 r x te
Calculus
Definite Integrals
The graph shows the function y h t 1 5 4 3 2 1 X 1 2 3 4 5 a I We define a new function r x h t dt 0 2 Complete the table of values for the function r 1 5 r x te
9 Does this series diverge SHOW WORK n 1 5n 2 3n 5
Calculus
Limits & Continuity
9 Does this series diverge SHOW WORK n 1 5n 2 3n 5