17. Convert to polar coordinates: s ſ ydy dx a) SS»* sindrde b) S S-- sino drdo c) SS»* sino drdo d) SS-- sino drdo e) none of these 1/2 2 2/22 0 0 -*/20 */40 0 0
#49,53,57 3- lar coordinates to polar coordinates will Polar Coordinates Convert blar coordinates with r> 0 and the ove describe of the the rectangular con 050<27. 37. (-1,1) be app 39. (V8, V8) 41. (3.4) 38. (3V3,-3) 40. (-V6, -V2) 42. (1,-2) 44. (0, -V3) your a (a) Yo (b) YO 43. (-6,0) Rectangular Equations to Polar Equations Convert the equation to polar form. 45. x = y *.47. y = x² 49. x = 4 46. x² + y2...
Solve and give exact answer in rectangular form. x +27-0 Convert to polar coordinates. Solve and give exact answer in rectangular form. x +27-0 Convert to polar coordinates.
Convert x = 15 to an equation in polar coordinates in terms of rand 0. (Use symbolic notation and fractions where needed.)
Convert the point √ 3, −1 to polar coordinates with r > 0 and 0 ≤ θ
Evaluate the iterated integral by converting to polar coordinates. pV 32 – v2 V22 + y2 dx dy
Convert the Cartesian coordinate (-2,-6) to polar coordinates, 0 < 0 < 27, > 0 ra Enter exact value. 0 = 1 Check Answer
Convert the Cartesian coordinate (-3,4) to polar coordinates, 0<theta<2pi
coondinates all the polar the polnt Cartesian coondinates of the given point 13) B) a, 0) ๑ (.3, 0) Find the polar coordinates, os02n and ro, of the point given in Cartesian coordinates. 14) 14) (-2, 0) Replace the polar equation with an equivalent Cartesian equation. 15) 15) rcos θ" 11 D) 1ly-1 B) 11x -1 A)x 11 FORM A coondinates all the polar the polnt Cartesian coondinates of the given point 13) B) a, 0) ๑ (.3, 0) Find...
12. Convert to polar coordinates and evaluate: 1 LL62 +7) dydx + y2 +