(1 point) Match the equations of the surface with the graphs below. D 1.y = 2...
1 point) Match the parametric equations with the graphs labeled A - F. As always, you may click on the thumbnail image to produce a larger image in a new window (sometimes exactly on top of the old one) 5·x=cos t, y = sint, z =Int 6. x = cos t, y = sint, z=sin 51 05 0. 1 point) Match the parametric equations with the graphs labeled A - F. As always, you may click on the thumbnail image...
1 point) Match the functions below with their level surfaces at height 3 in the table at the right. 1. f(x,y,z) 22 3x 2.f(x,y,z) 2y +3x 3. f(x, y,z) 2y +3z -2 (You can drag the images to rotate them.) Enable Java to make this image Enable Java to make this image interactive] Enable Java to make this image Enable Java to make this image Enable Java to make this image Enable Java to make this image interactive] 1 point...
Answer for C and D (1 point) Velocity vs time graphs. The graph below shows the velocity of an object as a function of time. 1,5 Click on graph to enlarge a. What is the object's initial velocity? Ans=11 m/s b. What is the object's average acceleration over the interval 0 s to 10 s? Ans 0.1 m/s2 c. What is the object's acceleration at 42.5 s? Ans w d. What is the object's displacement after 50 s7 Ans Note:...
Please match the graphs to the equations. thank you In Problems 29–36, match each of the graphs (A) through (H) to one of the following polar equations 29. r = 2 30. 0 = 31. r = 2 cos 32. rcos = 2 tia 3 33. r = 1 + cos 34. r = 2 sin 35. = 36. r sin = 2 4 TI = 51 27 (A) (B) (D) oo, --- (F) (E) (G) (H)
The phase plot for an ODE dy dx =f(y) dydx=f(y) is shown below. 4 3 2 1 2 1 1 1 1 2 3 (a) Which of these could be a plot of solutions y vs x corresponding to this ODE? 9 2 B. A. 2 2 3 C. D. You can click the graphs above to enlarge them. OA. A ов, в OC. C OD. D E which is choose (b) The smallest equilibrium of this ODE is y-...
Match the graphs of the parametric equations x = f(t) and y = g(t) in (a)- (d) with the parametric curves labeled I-IV.
1 point) Match the functions below with their level surfaces at height 3 in the table at the right. 1. f(x,y,z) 22 3x 2.f(x,y,z) 2y +3x 3. f(x, y,z) 2y +3z -2 (You can drag the images to rotate them.) Enable Java to make this image Enable Java to make this image interactive] Enable Java to make this image Enable Java to make this image Enable Java to make this image Enable Java to make this image interactive] 1 point)...
(1 point) The given graph of the derivative f' of a function f is shown. Assuming the graphs continue in the same way as x goes to infinity and negative infinity, answer the following questions. 1. On what intervals is f increasing? Answer (in interval notation): [-3.2,-1]U[2.5,Inf) 2. On what intervals is f decreasing? Answer (in interval notation): (-Inf,-3.2]U[-1,2.5] Note: You can click on the graph to enlarge the image.
Match the graphs with the functions. y=1+2 y=- 6x? y=- 2x1 y=-(x+6)2 y=[x - 21 y=- [*l+2 y=x? +6 y=(x- 6)2 y=- \x+2y=2\x! y= bx? y=-x2+6 Drag the function given above into the appropriate area below to match the graph. ns in to -10 10 - 10 EA Match the graphs with the functions. a 10 a - 10 10 fr ns -n Te 10 -10 -10 Drag your answer(s) to the correct position
dy dx 2 points) The phase plot foan ODE shown below dy/dx hoyts dockland - Google Search -1 (a) Which of these could be a plot of solutions y vs x corresponding to this ODE? A. B. C. D. You can click the graphs above to enlarge them. A. A B. B C. C D. D (b) The smallest equilibrium of this ODE is y- and the largest equilibrium of this ODE is y (c) For which of the following...