Differentiation Questions and Answers

f x 3 289 4 89 5 x89 89 n each step Please type your solution the similar to the examples solved in
Calculus
Differentiation
f x 3 289 4 89 5 x89 89 n each step Please type your solution the similar to the examples solved in
now you will find the derivative of f x x hematical expressions and find f x 2 x 2 1 7 2
Calculus
Differentiation
now you will find the derivative of f x x hematical expressions and find f x 2 x 2 1 7 2
Find all real zeros of Enter the real zeros
Calculus
Differentiation
Find all real zeros of Enter the real zeros
tion 13 V A real zeros of the function f he real zeros separated by c
Calculus
Differentiation
tion 13 V A real zeros of the function f he real zeros separated by c
ewrite n the form 5x 7x 8x 4 5x 2x 1 Question Help Calculator Message instructor 5 9
Calculus
Differentiation
ewrite n the form 5x 7x 8x 4 5x 2x 1 Question Help Calculator Message instructor 5 9
y 4 3x an ordered painf of the eeuation abov
Calculus
Differentiation
y 4 3x an ordered painf of the eeuation abov
Use the quadratic formula to solve for x when f x 0 show your calculations no decimal ans
Calculus
Differentiation
Use the quadratic formula to solve for x when f x 0 show your calculations no decimal ans
Transpose q 1 1 p 2 to make p the subject The positive solution is
Calculus
Differentiation
Transpose q 1 1 p 2 to make p the subject The positive solution is
Evaluate the integral 1 Ox 1 x 49 x dx A Which trig substitution is correct for this integr 0x 7 sin 0 0x 7 sec 0 Or 7tan 0 Or 49 sin 0 49 sec 0 Ox 49 tan 0
Calculus
Differentiation
Evaluate the integral 1 Ox 1 x 49 x dx A Which trig substitution is correct for this integr 0x 7 sin 0 0x 7 sec 0 Or 7tan 0 Or 49 sin 0 49 sec 0 Ox 49 tan 0
at is the solution to the given line y x 2 4x 5 the quadratic and y 3x the the roots of
Calculus
Differentiation
at is the solution to the given line y x 2 4x 5 the quadratic and y 3x the the roots of
To find the distance across a lake a surveyor took the measurements in the figure shown Use these measurements to determine how far it is across the lake a yd 36 740 yds a
Calculus
Differentiation
To find the distance across a lake a surveyor took the measurements in the figure shown Use these measurements to determine how far it is across the lake a yd 36 740 yds a
Find the four second partial derivatives of the following function f x y In 3x 2y 9 24xy fxy 3x 2y 9 4 11 4
Calculus
Differentiation
Find the four second partial derivatives of the following function f x y In 3x 2y 9 24xy fxy 3x 2y 9 4 11 4
Find the first partial derivatives of f x y 7ex y
Calculus
Differentiation
Find the first partial derivatives of f x y 7ex y
Find the first partial derivatives of f x y 7exy of
Calculus
Differentiation
Find the first partial derivatives of f x y 7exy of
The measure of an angle is given Classify the angle as acute right obtuse or straight 139 The angle is straight obtuse acute
Calculus
Differentiation
The measure of an angle is given Classify the angle as acute right obtuse or straight 139 The angle is straight obtuse acute
2 Find the first partial derivatives of f x y 4x y6 5x y 1 af
Calculus
Differentiation
2 Find the first partial derivatives of f x y 4x y6 5x y 1 af
dy Find for the given function dx y x sec x 4 sin x 7 cos x dy d x
Calculus
Differentiation
dy Find for the given function dx y x sec x 4 sin x 7 cos x dy d x
2 f x 3 f x 5x ecsc x sec x tan x
Calculus
Differentiation
2 f x 3 f x 5x ecsc x sec x tan x
Find the first derivative of f x 6x e cot x f x
Calculus
Differentiation
Find the first derivative of f x 6x e cot x f x
Find the first derivative of f x 6x e cot x GLO
Calculus
Differentiation
Find the first derivative of f x 6x e cot x GLO
Find the derivative of sin x x 2x 5 4 Answer
Calculus
Differentiation
Find the derivative of sin x x 2x 5 4 Answer
Differentiation the function y sin x cot x y
Calculus
Differentiation
Differentiation the function y sin x cot x y
A circle has a central angle of 6 radians that intersects an arc of length 14 in Which equation finds the length of the radius r of the circle 6 O 14 0 r 1 4 Or 6 14 Or 6 14
Calculus
Differentiation
A circle has a central angle of 6 radians that intersects an arc of length 14 in Which equation finds the length of the radius r of the circle 6 O 14 0 r 1 4 Or 6 14 Or 6 14
What is 36 converted to radians O 5x 5 T 0 1 0 1 1 O 5 smunik
Calculus
Differentiation
What is 36 converted to radians O 5x 5 T 0 1 0 1 1 O 5 smunik
Which expression converts radians to degrees 0 180 180 4 37 X 4 180 n 4 K X ST
Calculus
Differentiation
Which expression converts radians to degrees 0 180 180 4 37 X 4 180 n 4 K X ST
Graph the solution set of the inequality where x x28
Calculus
Differentiation
Graph the solution set of the inequality where x x28
1 point Calculate the flux of the vector field F e x y 5 through the elliptical cylinder S given by the equation frac x 2 25 frac z 2 36 1 with 0 y 8 and 2 0 Assume that S is oriented with outward pointing normal vectors iint vec F vec n d vec A
Calculus
Differentiation
1 point Calculate the flux of the vector field F e x y 5 through the elliptical cylinder S given by the equation frac x 2 25 frac z 2 36 1 with 0 y 8 and 2 0 Assume that S is oriented with outward pointing normal vectors iint vec F vec n d vec A
Graph the solution set of the inequality where x is 4 x 2
Calculus
Differentiation
Graph the solution set of the inequality where x is 4 x 2
ons 27 se Tutoring 7 points possib Question Solve the in Select all th x 3
Calculus
Differentiation
ons 27 se Tutoring 7 points possib Question Solve the in Select all th x 3
Question 9 5 3 21 Write an equation for the polynomial graph V X 5 4 3 1 2 3 4 5 2 3 4 5
Calculus
Differentiation
Question 9 5 3 21 Write an equation for the polynomial graph V X 5 4 3 1 2 3 4 5 2 3 4 5
Use synthetic division and the Remainder Theorem to evaluate P c P x x x x 6 c 1 P 1 1
Calculus
Differentiation
Use synthetic division and the Remainder Theorem to evaluate P c P x x x x 6 c 1 P 1 1
What kind of transformation converts the graph of f x 10 x 6 into th graph of g x 2 x 6 vertical stretch vertical shrink horizontal stretch horizontal shrink
Calculus
Differentiation
What kind of transformation converts the graph of f x 10 x 6 into th graph of g x 2 x 6 vertical stretch vertical shrink horizontal stretch horizontal shrink
2 A Z 2 Graph f x Use Descartes rule of signs to determine possibilit Number of sign changes in f x Number of sign changes in f x O Positive 5 3 2x 5x 34x 11 Negative 3
Calculus
Differentiation
2 A Z 2 Graph f x Use Descartes rule of signs to determine possibilit Number of sign changes in f x Number of sign changes in f x O Positive 5 3 2x 5x 34x 11 Negative 3
A mailing service places a limit of 102 in on the combined length and girth of distance around a package to be sent parcel post What dimensions of a rectangular box with square cross section will contain the largest volume that can be mailed Hint There are two different girths The dimensions are x and y in in E
Calculus
Differentiation
A mailing service places a limit of 102 in on the combined length and girth of distance around a package to be sent parcel post What dimensions of a rectangular box with square cross section will contain the largest volume that can be mailed Hint There are two different girths The dimensions are x and y in in E
An apple farm yields an average of 41 bushels of apples per tree when 25 trees are planted on an acre of ground Ear time 1 more tree is planted per acre the yield decreases by 1 bushel bu per tree as a result of crowding How many trees should be planted on an acre in order to get the highest yield In order to get the highest yield trees should be planted on an acre
Calculus
Differentiation
An apple farm yields an average of 41 bushels of apples per tree when 25 trees are planted on an acre of ground Ear time 1 more tree is planted per acre the yield decreases by 1 bushel bu per tree as a result of crowding How many trees should be planted on an acre in order to get the highest yield In order to get the highest yield trees should be planted on an acre
onsider y t y t y t y t 0 a Denote new variables x t y t x2 t y t x3 t y t and solve the following syst 0 G 1 X t y t y t y t x3 t b Use your solution to the system to find the solution to the original equation verify 1 0 0 1 1 x t x2 t X t X t
Calculus
Differentiation
onsider y t y t y t y t 0 a Denote new variables x t y t x2 t y t x3 t y t and solve the following syst 0 G 1 X t y t y t y t x3 t b Use your solution to the system to find the solution to the original equation verify 1 0 0 1 1 x t x2 t X t X t
Write the expression in the standard form a bi 2 2i 4 i 2 2 4 i Simplify your answer
Calculus
Differentiation
Write the expression in the standard form a bi 2 2i 4 i 2 2 4 i Simplify your answer
Solve the equation in the complex number system x 16x 145 0 What is the solution set Use a comma to separate answers as needed
Calculus
Differentiation
Solve the equation in the complex number system x 16x 145 0 What is the solution set Use a comma to separate answers as needed
Simplify the following in the complex number system 4 4 Simpli uning radicale oo pooded Type your answer in the form a thi Ifa 0 you may tvr
Calculus
Differentiation
Simplify the following in the complex number system 4 4 Simpli uning radicale oo pooded Type your answer in the form a thi Ifa 0 you may tvr
Multiply 7 7 8i 7 7 8i Type your answer in the form a
Calculus
Differentiation
Multiply 7 7 8i 7 7 8i Type your answer in the form a
Solve the following inequality x 5014 Select the correct choice below and if necessary fill in the answer box OA The solution set is Type your answer in interval notation Use integers or fractions for any numbers in the exp B There is no real solution
Calculus
Differentiation
Solve the following inequality x 5014 Select the correct choice below and if necessary fill in the answer box OA The solution set is Type your answer in interval notation Use integers or fractions for any numbers in the exp B There is no real solution
Find dy dy II for V In 2 8 You do not need to sim
Calculus
Differentiation
Find dy dy II for V In 2 8 You do not need to sim
ry 0 of 1 pts See Details fo nilar question You can ret 18x 82 18x 2
Calculus
Differentiation
ry 0 of 1 pts See Details fo nilar question You can ret 18x 82 18x 2
Two polynomials Pand D are given Use either synthetic or long division to divide P x by Dx and express the quotient P x x in the form P x 6x 3x 19 D x 3x 1 20 x SO
Calculus
Differentiation
Two polynomials Pand D are given Use either synthetic or long division to divide P x by Dx and express the quotient P x x in the form P x 6x 3x 19 D x 3x 1 20 x SO
Find the quotient and remainder using long division x 4x 7 X 3 quotient remainder
Calculus
Differentiation
Find the quotient and remainder using long division x 4x 7 X 3 quotient remainder
4 3 1 6 5 3 3 5 2 3 4 For the function graphed above the end behavior is f x Right hand end behavior As x Left hand end behavior As x I f x
Calculus
Differentiation
4 3 1 6 5 3 3 5 2 3 4 For the function graphed above the end behavior is f x Right hand end behavior As x Left hand end behavior As x I f x
1 To answer questions 28 35 use the given data to find the values of the sine cosine and tangent of A B and of AB Give the quadrant in which each of the angles A B and A B terminates angle A in Quadrant II tan A 12 5 Quadrant III sinB 3 5 Angle A B terminates in which Quadrant O A III OB II O C I D IV angle B in
Calculus
Differentiation
1 To answer questions 28 35 use the given data to find the values of the sine cosine and tangent of A B and of AB Give the quadrant in which each of the angles A B and A B terminates angle A in Quadrant II tan A 12 5 Quadrant III sinB 3 5 Angle A B terminates in which Quadrant O A III OB II O C I D IV angle B in
6 To answer questions 25 27 use the given data Find the values of sine cosine and tangent of angle A in Quadrant III and 0 A 360 cos A A cos OA B C O D V10 3 V10 3 V10 7 V10 2 5
Calculus
Differentiation
6 To answer questions 25 27 use the given data Find the values of sine cosine and tangent of angle A in Quadrant III and 0 A 360 cos A A cos OA B C O D V10 3 V10 3 V10 7 V10 2 5
The following tubes are used for me tine collections Specialty tubes are obtained from lab ext 54036 Tube Size Color Blood Cultures C Fill Requirement 10 ml s ch bottle see amt chart in Lab Policy 1325 1 4 ml for Pods in 1 PINK bottle MUST BE TO THE FILL LINE 2 7 ml Blue Isolid bler cap 1 8 ml Bine clear cap with Mor cork MUST BE TO THE FILL LINE 6 ml Plain Red PRT Enough blood for test no min max Enough blood for test no min max At least full for CO only 3 ml Mint Green PST w gr 4 ml Lavender dark cap call lab to check required volume Recommended at least half full 2 ml 2 ust Lavender light clear cap 6 ml Lavender for Blood Bank 4 ml Gray Recommended at least half full 1 ml Recommended at least half full 3 ml Recommended at least half full 2 ml Patient s extremity or port must be prepped appropriately before collection 7 2 ml 11 7 ml 7 2 ml using the above chart if a patient is having blood drawn and you have the following vials what is the minimum total amount of blood you will draw from the Vials Blue with solid blue cap Mint green 2ml lavender light clear cap and a gray one O 8 7 ml
Calculus
Differentiation
The following tubes are used for me tine collections Specialty tubes are obtained from lab ext 54036 Tube Size Color Blood Cultures C Fill Requirement 10 ml s ch bottle see amt chart in Lab Policy 1325 1 4 ml for Pods in 1 PINK bottle MUST BE TO THE FILL LINE 2 7 ml Blue Isolid bler cap 1 8 ml Bine clear cap with Mor cork MUST BE TO THE FILL LINE 6 ml Plain Red PRT Enough blood for test no min max Enough blood for test no min max At least full for CO only 3 ml Mint Green PST w gr 4 ml Lavender dark cap call lab to check required volume Recommended at least half full 2 ml 2 ust Lavender light clear cap 6 ml Lavender for Blood Bank 4 ml Gray Recommended at least half full 1 ml Recommended at least half full 3 ml Recommended at least half full 2 ml Patient s extremity or port must be prepped appropriately before collection 7 2 ml 11 7 ml 7 2 ml using the above chart if a patient is having blood drawn and you have the following vials what is the minimum total amount of blood you will draw from the Vials Blue with solid blue cap Mint green 2ml lavender light clear cap and a gray one O 8 7 ml
Question 5 If 0 7T 4 3 sec 0 equals then find exact values for csc 0 equals tan 0 equals
Calculus
Differentiation
Question 5 If 0 7T 4 3 sec 0 equals then find exact values for csc 0 equals tan 0 equals