A satellite revolves from east to west in a circular equatorial orbit of radius R-1-00-104 km around the Earth- Find the acceleration w- of the satellite in the reference frame fixed to the Earth-

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Standard VII

Mathematics

Unit Digit of Numbers in Exponential Form

A satellite r...

Question

A satellite revolves from east to west in a circular equatorial orbit of radius $R = 1.00 \times 10^{4} k m$ around the Earth. Find the acceleration ( $w^{'}$ ) of the satellite in the reference frame fixed to the Earth.

w^{'} = 4 m / s^{2}

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w^{'} = 4.9 m / s^{2}

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w^{'} = 5.2 m / s^{2}

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w^{'} = 6.9 m / s^{2}

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Solution

The correct option is B $w^{'} = 4.9 m / s^{2}$

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A satellite revolves from east to west in a circular equatorial orbit of radius R=1.00×104km around the Earth. Find the acceleration (w′) of the satellite in the reference frame fixed to the Earth.

The correct option is B w′=4.9m/s2

A satellite revolves from east to west in a circular equatorial orbit of radius $R = 1.00 \times 10^{4} k m$ around the Earth. Find the acceleration ( $w^{'}$ ) of the satellite in the reference frame fixed to the Earth.

The correct option is B $w^{'} = 4.9 m / s^{2}$