Problem Four. A satellite is in a circular orbit around the Earth at an altitude that is three times Earth's radius. (Figure is not drawn to scale.) The radius of the Earth is R, = 6.38 × 10°m , ME = 5.98x104 kg . Satellite and the mass of the Earth is Find the period of the orbit in hours. RE 9.) (A) 11.3 (D) 12.5 (В) 14.8 (E) 15.3 (C) 25.6 M Earth E For the satellite to change its orbit, it can apply a small boost supplied by an onboard rocket. If the rocket provides 4.50 kN force in the tangential direction, and the mass of the satellite is 700 kg, find the magnitude of the total acceleration (in m/s') that the satellite experiences at the moment that it turns on the rocket. 10.) (A) 3.45 (В) 6.46 (С) 7.61 (D) 8.06 (E) 5.18

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Problem Four. A satellite is in a circular orbit around the
Earth at an altitude that is three times Earth's radius. (Figure
is not drawn to scale.) The radius of the Earth is
R, = 6.38 × 10°m ,
ME = 5.98x104 kg .
Satellite
and
the
mass
of the Earth is
Find the period of the orbit in hours.
RE
9.) (A) 11.3
(D) 12.5
(В) 14.8
(E) 15.3
(C) 25.6
M
Earth
E
For the satellite to change its orbit, it can apply a small
boost supplied by an onboard rocket. If the rocket
provides 4.50 kN force in the tangential direction, and
the mass of the satellite is 700 kg, find the magnitude
of the total acceleration (in m/s') that the satellite experiences at the moment that it turns on the
rocket.
10.)
(A) 3.45
(В) 6.46
(С) 7.61
(D) 8.06
(E) 5.18
Transcribed Image Text:Problem Four. A satellite is in a circular orbit around the Earth at an altitude that is three times Earth's radius. (Figure is not drawn to scale.) The radius of the Earth is R, = 6.38 × 10°m , ME = 5.98x104 kg . Satellite and the mass of the Earth is Find the period of the orbit in hours. RE 9.) (A) 11.3 (D) 12.5 (В) 14.8 (E) 15.3 (C) 25.6 M Earth E For the satellite to change its orbit, it can apply a small boost supplied by an onboard rocket. If the rocket provides 4.50 kN force in the tangential direction, and the mass of the satellite is 700 kg, find the magnitude of the total acceleration (in m/s') that the satellite experiences at the moment that it turns on the rocket. 10.) (A) 3.45 (В) 6.46 (С) 7.61 (D) 8.06 (E) 5.18
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