When the velocity of a satellite increases, its kinetic energy increases. The satellite nowt revolves in an orbit of

Smaller radius

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Longer radius

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Same radius

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Data insufficient

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Solution

The correct option is B Longer radius
Total energy of satellite
$E = U + K$
$= \frac{G M m}{r} - \frac{G M m}{r}$
$- \frac{G M m}{2 r}$
When velocity of satellite Increases, its kinetic energy increase, hence total energy becomes less negative, that Is satellite begins to revolve in orbit of greater radius.

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When the velocity of a satellite increases, its kinetic energy increases. The satellite nowt revolves in an orbit of

The correct option is B Longer radiusTotal energy of satelliteE=U+K=GMmr−GMmr−GMm2rWhen velocity of satellite Increases, its kinetic energy increase, hence total energy becomes less negative, that Is satellite begins to revolve in orbit of greater radius.