Parabolic coordinates Let T be the transformation x = u 2 – v 2 , y = 2 uv a. Show that the lines u = a in the uv -plane map to parabolas in the xy -plane that open in the negative x -direction with vertices on the positive x -axis. b. Show that the lines v = b in the uv -plane map to parabolas in the xy -plane that open in the positive x -direction with vertices on the negative x -axis. c. Evaluate J ( u, v ). d. Use a change of variables to find the area of the region bounded by x = 4 – y 2 /16 and x = y 2 /4 – 1. e. Use a change of variables to find the area of the curved rectangle above the x -axis bounded by x = 4 – y 2 /16, x = 9 – y 2 /36, x = y 2 /4 – 1, and x = y 2 /64 – 16. f. Describe the effect of the transformation x = 2 uv . y = u 2 – v 2 on horizontal and vertical lines in the uv -plane.
Parabolic coordinates Let T be the transformation x = u 2 – v 2 , y = 2 uv a. Show that the lines u = a in the uv -plane map to parabolas in the xy -plane that open in the negative x -direction with vertices on the positive x -axis. b. Show that the lines v = b in the uv -plane map to parabolas in the xy -plane that open in the positive x -direction with vertices on the negative x -axis. c. Evaluate J ( u, v ). d. Use a change of variables to find the area of the region bounded by x = 4 – y 2 /16 and x = y 2 /4 – 1. e. Use a change of variables to find the area of the curved rectangle above the x -axis bounded by x = 4 – y 2 /16, x = 9 – y 2 /36, x = y 2 /4 – 1, and x = y 2 /64 – 16. f. Describe the effect of the transformation x = 2 uv . y = u 2 – v 2 on horizontal and vertical lines in the uv -plane.
Solution Summary: The author explains that a line u=a maps to the parabola in the xy-plane that open in negative direction with vertices on the positive X -axis.
Parabolic coordinates Let T be the transformation x = u2 – v2, y = 2uv
a. Show that the lines u = a in the uv-plane map to parabolas in the xy-plane that open in the negative x-direction with vertices on the positive x-axis.
b. Show that the lines v = b in the uv-plane map to parabolas in the xy-plane that open in the positive x-direction with vertices on the negative x-axis.
c. Evaluate J(u, v).
d. Use a change of variables to find the area of the region bounded by x = 4 – y2/16 and x = y2/4 – 1.
e. Use a change of variables to find the area of the curved rectangle above the x-axis bounded by x = 4 – y2/16, x = 9 – y2/36, x = y2/4 – 1, and x = y2/64 – 16.
f. Describe the effect of the transformation x = 2uv. y = u2 – v2 on horizontal and vertical lines in the uv-plane.
A Problem Solving Approach To Mathematics For Elementary School Teachers (13th Edition)
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