Only problem #18 In Exercises 13-22, sketch the graph described by the following spherical coordinates in three-dimensi...
I need help solving #13, #17 and #21. Only those three
In Exercises 13-22, sketch the graph described by the following spherical coordinates in three-dimensional space. 14, φ 21.0, s ρ cos θ sin φ s 2, OSpsin θ sin φ s 3.
In Exercises 13-22, sketch the graph described by the following spherical coordinates in three-dimensional space. 14, φ 21.0, s ρ cos θ sin φ s 2, OSpsin θ sin φ s 3.
question 12 , please sketch it by your hand , do not use
computer graph
θ varies from 0 to 2 π. φ varies from 0 to π/4 while 0 is constant. find 9-10 Write the equation in spherical coordinates. 9. (a) :2-x2 + y2 10. (a) a-2r+y- (b) x2 +z2 = 9 (b) x + 2y+ 3:-1 11-14 Sketch the solid described by the given inequalities. 15. A solid lies above the cone:- + y and below the sphere...
I understand the relationship between the formulas of
converting rectangular coordinates to spherical coordinates, but i
dont understand the math behind it. I find that the cylindrical
part makes sense but i dont understand how to find the limits of
integration and when or why there are two triple integrands for
them as well. im asking for numbers 13 and 15 as they are the only
checkable ones on calc chat
12. 25. Find the v Jo Jo 2 26....
22+ 24 only
For the following exercises, consider the graph shown in Figure 1. 80 22. Estimate the intervals where the function is increasing or decreasing. ? , 23. Estimate the point(s) at which the graph of fhas a local maximum or a local minimum 100 Figure 16 For the following exercises, consider the graph in Figure 17. 24. If the complete graph of the function is shown, estimate the intervals where the function is increasing or decreasing. 25. If...
Problem #14 a.) sketch the graph of the given function for three
periods
b.) Find the fourier series for the given function
(& #18 if can do)
12. In each of Problems 13 through 18: Verify equations (6) and (7) in this section by direct integration. a. Sketch the graph of the given function for three periods. b. Find the Fourier series for the given function. f(x) =-x, -L < x < L; f(x + 2L) = f(x) 13. 1,...
Save Problem #13: [2 marks] [2 marks] Sketch the graph of the function f(x, y) =9-22-y. (A) (B) 30 5 20 2 10 -5 -10 -15 20 A.202 1.21 - 2-4 2-2-4 C ) (D) -5 3 -10 15 (F) 0.5 1.0 04 0.7 0.3 3 -0.5 0.2 0.1 0.1 (G) (H) 15 10 5 0 16 14 12 10 28 -5 -10 -15
15, 19, and 21 please! ill upvote best answer
For the following exercises, sketch the curve and include the orientation. z(t) = t 12. ly(t) = ſt æ(t) = -vt 13. g(t) =t 14. { z(t) = 5 – 1t| g(t) =t+ 2 ſ e(t) = -t+2 ly(t) = 5 – 1t| 15. { 16. S x(t) = 4sint 17 ly(t) = 2 cost ſ «(t) = 2sint ly(t) = 4cost S x(t) = 3 cos? ly(t) = -3 sint...
Missing-Line Sketching Problem: Can you show the answer to
problems 5 and 7?
Missing-Line Sketching Problems. (1) Sketch the given views on graph paper or plain paper showing either one or two problems per sheet as assigned by your instructor. See the examples at the beginning of this chapter's exercises. These exercises are designed to fit on 8.5" x 11" size A or metric A4 paper. Add the missing lines. The squares may be either .250" or 5 mm. (2)...
Problem 3 (20 marks) Determine the mobility of the following planar linkage 16 10 12 4 14 17 15 18 13
Problem 3 (20 marks) Determine the mobility of the following planar linkage 16 10 12 4 14 17 15 18 13
PLEASE ANSWER ONLY #13. THANK YOU!
804 CHAPTER 13 Definite Integrals: Techniques of Integration EXERCISES 13.2 37. In the figures, D) has the area (a) (W) de Evaluate the definite integrals in Problems 1-32. 1. for de 2 (Bxdx 4 2dy 5. (dx 6 Izde 7. 36 de 9. (10 - 4x) dx 10. (8x – 9) dix 11. C'ex-? - 5x) dx 12. f**-5x + 2x) dx 13. Lavras 14. (Vada 15 ligdy 16. 17. / - 4) da...