Answer
Given,
Mass of the Uranus, M = 8.68 x 10²⁵ Kg
Radius of Uranus, R = 2.56 x 10⁷ m
Distance of Uranus, D = 2.87 x 10¹² days
a) Rotational Kinetic energy of the Uranus
moment of inertia of the Uranus
I = 22.75 x 10³⁹ kg.m²
Angular speed
\
Rotational Kinetic energy
b) Rotational Kinetic energy of Uranus in its orbit around sun
moment of inertia of the Uranus
I = 7.15 x 10⁵⁰ kg.m²
Angular speed
\
Rotational Kinetic energy
In standard form:
800+200
=1,000
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Answer:
5/45 because there are 9 art students but only 5 students do art and biology.