Application of derivatives Questions and Answers

Simplify the following trigonometric expression sect cos O al 1 b cote Od tan 0 d sin 0
Calculus
Application of derivatives
Simplify the following trigonometric expression sect cos O al 1 b cote Od tan 0 d sin 0
oblem 5 For each change equation 1 find the equilibrium solution s if any exist 2 graph the equilibrium solution s along with the graphs of the graphs of y z for the given initial values dy y 3 y 0 1 and y 0 4 da dy b y 2 y 4 y 0 1 y 0 3 and y 0 5 da a
Calculus
Application of derivatives
oblem 5 For each change equation 1 find the equilibrium solution s if any exist 2 graph the equilibrium solution s along with the graphs of the graphs of y z for the given initial values dy y 3 y 0 1 and y 0 4 da dy b y 2 y 4 y 0 1 y 0 3 and y 0 5 da a
Find the degree measure that corresponds to the given radian measure 5F O a 108 Ob 300 R Od 300 Q108
Calculus
Application of derivatives
Find the degree measure that corresponds to the given radian measure 5F O a 108 Ob 300 R Od 300 Q108
TABLE OF INDEFINITE INTEGRALS f cf x dx c f f x dx fkdx kx C Xn 1 fxndx C n 1 n 1 fex dx ex C sin x dx cos x C sec x dx tan x C sec x tan x dx sec x tan x dx sec x C S 1 x 1 dx tan x C sinh x dx cosh x C 18 f x g x dx f f x dx f g x dx dx In x C faxdx ax In a cos x dx sin x C fcsc x dx cot x C csc csc x cot x dx C x cot x dx csc x C CSC dx sin x C 1 x cosh x dx sinh x C sin 2x dx
Calculus
Application of derivatives
TABLE OF INDEFINITE INTEGRALS f cf x dx c f f x dx fkdx kx C Xn 1 fxndx C n 1 n 1 fex dx ex C sin x dx cos x C sec x dx tan x C sec x tan x dx sec x tan x dx sec x C S 1 x 1 dx tan x C sinh x dx cosh x C 18 f x g x dx f f x dx f g x dx dx In x C faxdx ax In a cos x dx sin x C fcsc x dx cot x C csc csc x cot x dx C x cot x dx csc x C CSC dx sin x C 1 x cosh x dx sinh x C sin 2x dx
TABLE OF INDEFINITE INTEGRALS fcf x dx cff x dx fkdx dx kx C fxndx C n 1 dx dx In x C Xn 1 n 1 fe dx e C sin x dx cos x C sec x dx tan x C sec x tan x dx sec x C 1 x 1 sinh x dx cosh x C f f x g x dx f f x dx f g x dx dx tan x C ax a dx In a I cos x dx cos x dx sin x C C fcsc x dx cot x C S CSC x cot x dx csc x C x dx f cosh x dx dx sin x C sinh x C 10 v v 2 dv 2
Calculus
Application of derivatives
TABLE OF INDEFINITE INTEGRALS fcf x dx cff x dx fkdx dx kx C fxndx C n 1 dx dx In x C Xn 1 n 1 fe dx e C sin x dx cos x C sec x dx tan x C sec x tan x dx sec x C 1 x 1 sinh x dx cosh x C f f x g x dx f f x dx f g x dx dx tan x C ax a dx In a I cos x dx cos x dx sin x C C fcsc x dx cot x C S CSC x cot x dx csc x C x dx f cosh x dx dx sin x C sinh x C 10 v v 2 dv 2
Given the absolute function graphed below find the following 4 a Domain b Range Increasing 6 S Decreasing 4 3 O 7 4 2 a 4 2 c On what interval is the function increasing and on what interval is the function decreasing 4
Calculus
Application of derivatives
Given the absolute function graphed below find the following 4 a Domain b Range Increasing 6 S Decreasing 4 3 O 7 4 2 a 4 2 c On what interval is the function increasing and on what interval is the function decreasing 4
Evaluate the limit lim 3 tan 4x Enter a simplified multiple of or or 81X 3x 2 X
Calculus
Application of derivatives
Evaluate the limit lim 3 tan 4x Enter a simplified multiple of or or 81X 3x 2 X
A line passes through the points P 1 7 8 and Q 10 2 2 Find the standard parametric equations for the line written using the base point P 1 7 8 and the components of the vector PQ x 0 y 0 z 0 X Type expressions using t as the variable COLO
Calculus
Application of derivatives
A line passes through the points P 1 7 8 and Q 10 2 2 Find the standard parametric equations for the line written using the base point P 1 7 8 and the components of the vector PQ x 0 y 0 z 0 X Type expressions using t as the variable COLO
4 Evaluate the indefinite integral 4x 3 e z 3x 7 dx a e 4x 3 C b e x 3x 7 C c 4x 3 e x 3x 7 C d e x 3x
Calculus
Application of derivatives
4 Evaluate the indefinite integral 4x 3 e z 3x 7 dx a e 4x 3 C b e x 3x 7 C c 4x 3 e x 3x 7 C d e x 3x
15 Find the derivative of the function g x S dz ln a b 1 c ln 24 1 d In 24 1
Calculus
Application of derivatives
15 Find the derivative of the function g x S dz ln a b 1 c ln 24 1 d In 24 1
px 3x 14 Find the derivative of the function g x x 1 t dt a 1 x 3x b 1 t 2t 3 1 c 2 1 2 3x 3 2x 3 d 1 x 3x 2x 3
Calculus
Application of derivatives
px 3x 14 Find the derivative of the function g x x 1 t dt a 1 x 3x b 1 t 2t 3 1 c 2 1 2 3x 3 2x 3 d 1 x 3x 2x 3
16 Evaluate sin x dx a 2 b 0 c d 1 2
Calculus
Application of derivatives
16 Evaluate sin x dx a 2 b 0 c d 1 2
3 Which substitution will you make to evaluate the indefinite integral 4x 3 sec x 3x 7 dx 4x 4 c u a u x 3x 7 b u 4x 4 c u 4x 3x d u x 3
Calculus
Application of derivatives
3 Which substitution will you make to evaluate the indefinite integral 4x 3 sec x 3x 7 dx 4x 4 c u a u x 3x 7 b u 4x 4 c u 4x 3x d u x 3
1 Evaluate the indefinite integral f cos 3x 2 dx a 3 sin 3x 2 C b sin 3x 2 C sin 3x 2 C d cos 3x 2 C e 3 tan 3x 2 C
Calculus
Application of derivatives
1 Evaluate the indefinite integral f cos 3x 2 dx a 3 sin 3x 2 C b sin 3x 2 C sin 3x 2 C d cos 3x 2 C e 3 tan 3x 2 C
A particle has a velocity modeled by v t 6 2 ln t 8 measured in cm s over the interval 1 t 6 What is the distance traveled from t 1 to t 6 You may either enter an exact answer or round your answer to the nearest tenth of a centimeter Provide your answer below
Calculus
Application of derivatives
A particle has a velocity modeled by v t 6 2 ln t 8 measured in cm s over the interval 1 t 6 What is the distance traveled from t 1 to t 6 You may either enter an exact answer or round your answer to the nearest tenth of a centimeter Provide your answer below
Evaluate the indefinite integral given below 6x x 4x x x2 dx
Calculus
Application of derivatives
Evaluate the indefinite integral given below 6x x 4x x x2 dx
A triangle has an area of 7 in and two of the sides of the triangle have lengths 5 in and 4 in Find the angle included by these two sides 45 573 O 0 795 44 427 no correct answer
Calculus
Application of derivatives
A triangle has an area of 7 in and two of the sides of the triangle have lengths 5 in and 4 in Find the angle included by these two sides 45 573 O 0 795 44 427 no correct answer
Find a function that models the simple harmonic motion having the given properties Assume that the displacement is zero at time t amplitude 2 3 m frequency 0 5 Hz O f t 2 3 sin t O f t 2 3 sin 2t O f t 2 3 sin 2 t O f t 2 3 sin at O f t 2 3 sin 0 5 t
Calculus
Application of derivatives
Find a function that models the simple harmonic motion having the given properties Assume that the displacement is zero at time t amplitude 2 3 m frequency 0 5 Hz O f t 2 3 sin t O f t 2 3 sin 2t O f t 2 3 sin 2 t O f t 2 3 sin at O f t 2 3 sin 0 5 t
Graph g x x on the Cartesian plane to the right The domain of g x is The range of g x is If any of the above do not exist leave the answer box blank 654 ch 2 10 9 8 7 6 5 4 3 2 21 6 7 8 9 10
Calculus
Application of derivatives
Graph g x x on the Cartesian plane to the right The domain of g x is The range of g x is If any of the above do not exist leave the answer box blank 654 ch 2 10 9 8 7 6 5 4 3 2 21 6 7 8 9 10
Find the terminal point P x y on the unit circle determined by t O 0 87 0 50 O 0 87 0 50 O 0 87 0 50 O 0 99 0 64 5TC 6 Round each value to the nearest hundred
Calculus
Application of derivatives
Find the terminal point P x y on the unit circle determined by t O 0 87 0 50 O 0 87 0 50 O 0 87 0 50 O 0 99 0 64 5TC 6 Round each value to the nearest hundred
Use the Law of Sines to find x Let c 21 LA 58 25 24 O 46 23 A C C X 70 B
Calculus
Application of derivatives
Use the Law of Sines to find x Let c 21 LA 58 25 24 O 46 23 A C C X 70 B
What is the side labeled x equal to if y 22 22 O 11 O 44 Y 30 X
Calculus
Application of derivatives
What is the side labeled x equal to if y 22 22 O 11 O 44 Y 30 X
Find the reference angle for the angle measuring O O 4 T 11 4T 15 11 4 4 T 11 15T 11
Calculus
Application of derivatives
Find the reference angle for the angle measuring O O 4 T 11 4T 15 11 4 4 T 11 15T 11
D C 23 S x 1 A B AH 24 S x 2 1 A B 6 D 2
Calculus
Application of derivatives
D C 23 S x 1 A B AH 24 S x 2 1 A B 6 D 2
Divide Write your answer in fraction form 16 x 6x 10x 10x 16 x 1 11 A x 5x 5x 5 x 1 B r 5x2 5x 5 6 C r 5x2 5x 5 D x 3x 4x 6 x 1 6 x 1 6 x 1 17 4x 25x 28x 6 x 5 A 4x 5x 3 B 4x 5x 3 C 4x 5x 3 D 4x 5x 3 9 x 5 2 x 5 2 x 5 9 x 5
Calculus
Application of derivatives
Divide Write your answer in fraction form 16 x 6x 10x 10x 16 x 1 11 A x 5x 5x 5 x 1 B r 5x2 5x 5 6 C r 5x2 5x 5 D x 3x 4x 6 x 1 6 x 1 6 x 1 17 4x 25x 28x 6 x 5 A 4x 5x 3 B 4x 5x 3 C 4x 5x 3 D 4x 5x 3 9 x 5 2 x 5 2 x 5 9 x 5
State if the given functions are inverses 10 x 2 5 g x s x x 2 A No B Yes 6 S x x 2 8 x A No 2 3 B Yes
Calculus
Application of derivatives
State if the given functions are inverses 10 x 2 5 g x s x x 2 A No B Yes 6 S x x 2 8 x A No 2 3 B Yes
Which of the following sets are subspaces of R OA 7x 4y 5x 9y 6x 9y x y arbitrary numbers OB x x 2 x 8 x arbitrary number c x y z 2x 8y 3z 0 D x y z x y z OE x y z x y z 7 A
Calculus
Application of derivatives
Which of the following sets are subspaces of R OA 7x 4y 5x 9y 6x 9y x y arbitrary numbers OB x x 2 x 8 x arbitrary number c x y z 2x 8y 3z 0 D x y z x y z OE x y z x y z 7 A
Do 4 The natatorium pool is 25 0 meters by 25 0 yards Assuming the pool is uniformly 396 cm deep what is the volume of the pool in liters 2 26x10 liters 2 0 LICE
Calculus
Application of derivatives
Do 4 The natatorium pool is 25 0 meters by 25 0 yards Assuming the pool is uniformly 396 cm deep what is the volume of the pool in liters 2 26x10 liters 2 0 LICE
Do 3 Determine the number of grams in the following A 15 85 moles of Helium 63 45gte 142atte 1 th
Calculus
Application of derivatives
Do 3 Determine the number of grams in the following A 15 85 moles of Helium 63 45gte 142atte 1 th
B 71 60 g Si 2 549 mores Si 28 085951 71 600 Spo mole si
Calculus
Application of derivatives
B 71 60 g Si 2 549 mores Si 28 085951 71 600 Spo mole si
1 point Find the equation for the line tangent to the parametric curve Y X y at the points where t 4 and t 4 For t 4 the tangent line in form y mx b is y For t 4 the tangent line is t 16t 16t 14
Calculus
Application of derivatives
1 point Find the equation for the line tangent to the parametric curve Y X y at the points where t 4 and t 4 For t 4 the tangent line in form y mx b is y For t 4 the tangent line is t 16t 16t 14
1 point dy dx parameter Find and d at the given point without eliminating the dx X dy dx t 6 y t t t 2 d y dx
Calculus
Application of derivatives
1 point dy dx parameter Find and d at the given point without eliminating the dx X dy dx t 6 y t t t 2 d y dx
21 Find the exact values of the three trigonometric functions sine cosine tangent of the real number t a b a D 5 13
Calculus
Application of derivatives
21 Find the exact values of the three trigonometric functions sine cosine tangent of the real number t a b a D 5 13
1 point Find the exact length of the curve given by 1 t 3 Length X 2t y 0 t 1
Calculus
Application of derivatives
1 point Find the exact length of the curve given by 1 t 3 Length X 2t y 0 t 1
Find all angles a in radians that satisfy the equation Your answers should be formulas that look like angle k period where k 2 1 0 1 2 ranges over the integers 0 angle period and period is the smallest positive period that makes the formula work Note decimal answers are not allowed so for example if appears in your answer call it pi not 3 14159 The solutions of the equation are C or 2 sin x tan x sin x 0 A x
Calculus
Application of derivatives
Find all angles a in radians that satisfy the equation Your answers should be formulas that look like angle k period where k 2 1 0 1 2 ranges over the integers 0 angle period and period is the smallest positive period that makes the formula work Note decimal answers are not allowed so for example if appears in your answer call it pi not 3 14159 The solutions of the equation are C or 2 sin x tan x sin x 0 A x
Find all solutions of the equation tan5 x 9 tan x 0 The answer is Ak where k is any integer the constant A
Calculus
Application of derivatives
Find all solutions of the equation tan5 x 9 tan x 0 The answer is Ak where k is any integer the constant A
13 Simplify the expression algebraically sin 7x 7y sin 7x 7y O sin 7x cos 7y O sin 7x 7y O2sin 7x cos 7y O2 sin 7x O sin 7x 7y
Calculus
Application of derivatives
13 Simplify the expression algebraically sin 7x 7y sin 7x 7y O sin 7x cos 7y O sin 7x 7y O2sin 7x cos 7y O2 sin 7x O sin 7x 7y
7 Complete the table 0 sin 0 0 7 0 8 0 9 1 1 1
Calculus
Application of derivatives
7 Complete the table 0 sin 0 0 7 0 8 0 9 1 1 1
Find all solutions of the equation cos x sin x 2 cos x 0 The answer is A Bkn where k is any integer and 0 A T A 9 2 B
Calculus
Application of derivatives
Find all solutions of the equation cos x sin x 2 cos x 0 The answer is A Bkn where k is any integer and 0 A T A 9 2 B
Find all solutions of the equation sec 4x 2 0 The answer is A and B where k is any integer and 0 A B 2 A B 9
Calculus
Application of derivatives
Find all solutions of the equation sec 4x 2 0 The answer is A and B where k is any integer and 0 A B 2 A B 9
Find the all solutions of this equation in the interval 0 2 X FI Give your answers in radians Do not use decimal approximations Use pi to represent Use commas to separate your answers tan x 10
Calculus
Application of derivatives
Find the all solutions of this equation in the interval 0 2 X FI Give your answers in radians Do not use decimal approximations Use pi to represent Use commas to separate your answers tan x 10
If sin x A B cos 2x C cos 4x then A B C 4
Calculus
Application of derivatives
If sin x A B cos 2x C cos 4x then A B C 4
If cos x 4 5 csc x 0 then sin 2x cos 2x tan 2x A G C
Calculus
Application of derivatives
If cos x 4 5 csc x 0 then sin 2x cos 2x tan 2x A G C
Use half angle formulas to fill in the blanks in the identity below sin 2x 4 cos x cos
Calculus
Application of derivatives
Use half angle formulas to fill in the blanks in the identity below sin 2x 4 cos x cos
Simplify the expression as much as possible sin 2x cos x help formulas
Calculus
Application of derivatives
Simplify the expression as much as possible sin 2x cos x help formulas
If tan 0 7 8 and cos 0 0 then sin 20 cos 20 tan 20 G 9 Fl
Calculus
Application of derivatives
If tan 0 7 8 and cos 0 0 then sin 20 cos 20 tan 20 G 9 Fl
Find the exact value 8 2 cos 7 17 sin
Calculus
Application of derivatives
Find the exact value 8 2 cos 7 17 sin
Evaluate the following expressions Your answer must be an angle in radians and in the interval 2 2 Note that is already provided in the answer so you just have to write the appropriate multiple E g if the answer is 2 you should write 1 2 Do not use decimal numbers The answer should be a fraction or an integer a tan tan 7 6 b tan tan 57 4 c tan tan 7 4 G TT T
Calculus
Application of derivatives
Evaluate the following expressions Your answer must be an angle in radians and in the interval 2 2 Note that is already provided in the answer so you just have to write the appropriate multiple E g if the answer is 2 you should write 1 2 Do not use decimal numbers The answer should be a fraction or an integer a tan tan 7 6 b tan tan 57 4 c tan tan 7 4 G TT T
Evaluate the following expressions 2 sin sin 1 a b cos cos 0 1 c tan tan 1 D A CI
Calculus
Application of derivatives
Evaluate the following expressions 2 sin sin 1 a b cos cos 0 1 c tan tan 1 D A CI
Find the domain and the range of g x sin 3x 1 A sas y Domain Range G F
Calculus
Application of derivatives
Find the domain and the range of g x sin 3x 1 A sas y Domain Range G F