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Some Planet Is an Oblate Ellipsoid Rather Than a Sphere

Question 7

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Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E) corresponds to the equator.)


A) Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E)
B) Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E)
C) Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E)
D) Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E)
E) Some planet is an oblate ellipsoid rather than a sphere because of the forces caused by its rotation. The equatorial radius of this planet is 4851 miles and the polar radius is 4660 miles. Find the equation of the ellipsoid. (Assume that the center of a planet is at the origin and that the trace formed by the plane corresponds to the equator.) A) B) C) D) E)

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