Indefinite Integration Questions and Answers

Find the area of the finite part of the paraboloid y = x² + z² cut off by the plane y = 81. [Hint: Project the surface onto the xz-plane.]

Stock Prices The weekly closing price of a corporation's stock in week t is approximated by f(t) = 70+ 4t cos(πt 6) (0 ≤ t ≤ 15) where f(t) is the price (in dollars) per share. Find the average weekly closing price of the stock over the 15-week period. (Round your answer to the nearest dollar.)

Find the power series expansions for the following functions and specify for which x-values the expansion is valid. (a) f(x) 1 x Hint: Rewrite 1 x = 1 1 - (1 - x) (b) f(x) = 1 1 - 4x² (c) f(x) = x 2-x

Solve the equation. Enter the solution below. 3x - 1 = 25

Use the calculator to find the following. Round your answer to 4 decimal places. In 7

Solve the following system of equations. 2a - 20b = 0 4a + 70c = 50 40b + 56c = 42 Select the correct choice below and, if necessary, fill in the answer box to complete your choice. A. The solution is (Type an ordered triple, using integers or fractions.) B. There are infinitely many solutions. C. There is no solution.

Let g'(y) =- 2y Find the particular solution to the above differential equation that satisfies the following initial condition. g(6) =-8 g(y)=

For the real-valued functions f(x) = x-4 x+1 and g(x) = 4x-5, find the composition fog and specify its domain using interval notation.

Find f. (Use C for the constant of the first antiderivative and D for the constant of the second antiderivative.) F"(x) = 32x³ - 18x² + 10x f(x) =

A particle is moving with the given data. Find the position of the particle. v(t) = sin(t) - cos(t), s(0) = 5 s(t) =

Use the formula A = P(1+ r n)nt. Kendra invests $5800 in an account that earns 5.2% annual interest compounded quarterly. How much will be in the account after 5 years? Round to the nearest cent. Do not enter the $ sign as part of the answer.

A farmer wants to fence in a rectangular pict of land adjacent to the north wall of his bar. No fencing is needed along the barn, and the fencing along the west side of the plot is shared with a neighbor who will split the cost of that portion of the fence. If the fending costs $10 per linear foot to install and the farmer is not willing to spend more than $4000, find the dimensions for the plot that would enclose the most aren. (Enter the dimensions as a comma separated list.)

Find the points on the ellipse 3x² + y² = 3 that are farthest away from the point (1, 0). smaller y-value (x, y) = larger y-value (x, y) =

A retailer has been selling 2000 tablet computers a week at $350 each. The marketing department estimates that an additional 80 tablets will sell each week for every $10 that the price is lowered. (a) Find the demand function. (b) What should the price be set at in order to maximize revenue? (c) If the retailer's weekly cost function is C(x) = 25,000 + 170x, what price should it choose in order to maximize its profit?

Use Newton's method to find all solutions of the equation correct to six decimal places. (Enter your answers as a comma-separated list.) arctan(x) = x2 4

Solve the system of equations. You may use any method of your choice, but your method must be algebraic (not graphical). If the system is inconsistent, state there are no solutions. If the system is dependent, express the solution set by naming one coordinate as a and expressing all other coordinates in terms of a. 2(x + 2z) = 2-y 5z + 2 = y-x 2x + 4y = 2z+8

The owner of a ranch has 6000 square yards of fencing to enclose grazing land that is subdivided it into 3 parts by means of fences running parallel to the sides, as diagramed. Let x be the total width and y be the height in the diagram. Find x and y to maximize the amount of land that can be enclosed. a) Label the diagram with x and y- b) Write the function to be maximized (the objective function) in terms of x and y. c) Write the given information as an equation (the constraint equation) in terms of x and y. d) Write the function to be optimized in terms of one variable. e) Find the critical number. f) Show work to verify the critical number corresponds to a minimum. g) How should the rancher build their fences? (Round to nearest foot.) h) What is the maximum area? (Round to nearest dollar.)

Find the function with the given derivative whose graph passes through the point P. g'(x) = 2 x3 + 20x4, P(1,6)

A defense contractor is starting production on a new missile control system. On the basis of data collected during the assembly of the first 16 control systems, the production manager obtained the function L'(x) = 2,800x1/2 describing the rate of labor use. For example, after assembly of 16 units, the rate of assembly is 700 labor-hours per unit, and after assembly of 100 units, the rate of assembly is 280 labor-hours per unit. The more units assembled, the more efficient the process. If 22,400 labor-hours are required to assemble the first 16 units, how many labor-hours L(x) will be required to assemble the first x units? The first 100? In order to find L(x), The number of labor-hours that will be required to assemble the first x units is L(x) = (Use integers or fractions for any numbers in the expression.) The number of labor-hours that will be required to assemble the first 100 units is labor-hours. (Type a whole number.)

Use logarithms to solve the equation symbolically. Inx+ Inx2 = 6

Let h(z) = (z + 4) (z − 5) Determine the most general antiderivative of h. ∫(z + 4) (z − 5)dz =

An investment of $25,000 earns 2.35% annual interest and is compounded continuously. If no funds are added or removed from this account, what is the future value of the investment after 5 years? Round your answer to the nearest penny.

Find the volume of the solid by subtracting two volumes. the solid enclosed by the parabolic cylinders y = 1 - x², y = x² - 1 and the planes x + y + z = 2, 5x + 4y - z + 15 = 0

Order the steps you would take to find the inverse function of f(x). Start 1. Solve for y. 2 Interchange x and y. Write y = f(x) Write y = f(x)

Find the indefinite integral ∫(10sinu +3 cosu) du

Denise took out a loan to buy a She-Shed for her house. She decides to pay the loan back in full before its due date. If she's paying $165.20 monthly at 11.5% APR and still has 30 remaining scheduled payments after the payoff, find each of the following: (a) Obtain the value of h from the table above. (b) Use the actuarial method to find the amount of unearned interest. u = kR (h/100+h) where k is the number of remaining payments and R is the monthly payment. (c) Find the payoff amount. Payoff amount = (k + 1)R-u

Find dy/dx by implicit differentiation. x³+ 2y³ + y² = 5x

A special-events promoter sells x tickets and has a marginal-profit function given by P'(x)=2x-1200, where P'(x) is in dollars per ticket. This means that the rate of change of total profit with respect to the number of tickets sold, x, is P'(x). Find the total profit from the sale of the first 340 tickets. A. -$292400 B. $427600 C. -$584800 D. $115600

A company determines that its weekly online sales, S(t), in hundreds of dollars, t weeks after online sales began can be estimated by the equation below. Find the average weekly sales for the first 8 weeks after online sales began. S(t) = 5 e^t

Find f such that f'(x) = 7/√x, f(16) = 62. f(x) =

For the following function, a) give the coordinates of any critical points and classify each point as a relative maximum, a relative minimum, or neither; b) identify intervals where the function is increasing or decreasing; c) give the coordinates of any points of inflection; d) identify intervals where the function is concave up or concave down, and e) sketch the graph. g(x)=x³-12x² +45x+7 a) What are the coordinates of the relative extrema? Select the correct choice below and, if necessary, fill in the answer box(es) to complete your choice. A. The relative minimum point(s) is/are and the relative maximum point(s) is/are B. The relative maximum point(s) is/are and there are no relative minimum point(s). C. The relative minimum point(s) is/are and there are no relative maximum point(s). D. There are no relative minimum points and there are no relative maximum points.

Find f such that f'(x) = 4x² + 9x-3 and f(0) = 1. f(x) =

Let f(x) = |x|, g(x)=x-4, and h(x)=x4. Write N(x)=x-8 as a composition of functions. Choose the following composition that correctly defines N(x)=x-8. A. fogoh B. gog C. hog D. goh

2. If f'(x)/4x = √(x2+9) and f(0) = -5, find f(4) A. 746/3 B. 377/3 C. 623/3 D. 500/3 E. 254/3

Consider f(x) = 3x√(3+8x) Determine the intervals on which f is decreasing. f is decreasing on: f is decreasing nowhere. Determine the intervals on which f is increasing. f is increasing on: f is increasing nowhere. Determine the value and location of any local minimum of f. Enter the solution in (x, f(x)) form. If multiple solutions exist, use a comma-separated list to enter the solutions. f has a local minimum at: f has no local minimum. Determine the value and location of any local maximum of f. Enter the solution in (x, f(x)) form. If multiple solutions exist, use a comma-separated list to enter the solutions. f has a local maximum at: f has no local maximum.

Consider g(x) = -10 arcsin ( - 12x³) Determine the intervals on which g is decreasing. g is decreasing on: g is decreasing nowhere. Determine the intervals on which g is increasing. g is increasing on: g is increasing nowhere. Determine the value and location of any local minimum of f. Enter the solution in (x, g(x)) form. If multiple solutions exist, use a comma-separated list to enter the solutions. g has a local minimum at: g has no local minimum. Determine the value and location of any local maximum of f. Enter the solution in (x, g(x)) form. multiple solutions exist, use a comma-separated list to enter the solutions. g has a local maximum at: g has no local maximum.

Find f(x) by solving the initial-value problem f'(x) = 4ex 10x; f(0) = 6

Calculus about the x-axis please sketch and find volume curves x axis Consider the given curves to do the following. z+y-6, z=10-(y-2)² Use the method of cylindrical shells to find the volume V of the solid obtained by rotating the region bounded by the given curves about the V= Sketch the region and a typical shell. (Do this on paper. Your instructor may ask you to turn in this sketch.)

When you have watched the video and taken your notes, type the equation of a linear function whose y-intercept, is (0, -11) in the text-box, be sure to use correct function notation and then click Submit Assignment. Many different correct answers are possible here.

Suppose you deposit $4000 at 6% interest compounded continously. Find the average value of your account during the first 3 years.

Analyze and sketch a graph of the function. Find any intercepts, relative extrema, points of inflection, and asymptotes. (If an answer does not exist, enter DNE.) y =x²/x² + 12 intercept relative minimum. relative maximum points of inflection Find the equation of the asymptote. Use a graphing utility to verify your results.

Integrate ∫x² /√x^6+36 dx.

Rewrite F(x) as F(u) using a substitution of variables. F(x) = ∫(3x² + 2) cos (x³ + 2x) dx F(u) = ∫ cos u du F(u) = ∫ sin u du F(u) =-∫ cos u du F(u) = ∫u cos u du

Integrate: f(x) =∫2/√16 – x² dx

Calculate the indefinite integral ∫2dt/√25-9t²

What is ∫ 5 dx? ∫ 5 dx = -5x + C ∫5 dx = 5x² + C ∫5 dx = 5x ∫5 dx = 5x + C

Find the anti-derivative of g(x) = 2x which contains the point (2, 0). G(x) = x² - 4 G(x) = 2x + 4 G(x) = 2x - 4 G(x) = x² + 4

Suppose = 3 sin(x) - 4 and y(z) = 3. dy dx What is y(27)? y(2л) = -3 + 4л y(2л) = 3 4л y(2л) = -3- 4л y(2л) = 3 + 4л

Find the general solution to the equation: y' = 6xy². y= 3/3x^2 + C1 y=-1/3x^2 +C1 y= -1/x^2 +C1 y=-1/3x^2

If the rate of change of T is proportional to (20+ T), where T> -20, and if T(0) = 2 and T(4) = 10, find T(20). A. 86.643 B. 84.31 C. 83.652 D. 81.745