If from the base station , the rocket system of $A$ has been operated, so that its rocket has been fired in forward direction thus reducing the speed of $A$ by $0.5$ %, now by how much time is the satellite leading the space craft?

38 s

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138 s

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Solution

The correct option is A $38 s$
In the previous part, we calculated the new time period to be $9219.67 s$ . Now the time period of space station will be same as the original time period of the satellite. Hence, time lead will be $T_{i} - 9219.67 - 100 \approx 38 s$ .

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If from the base station , the rocket system of A has been operated, so that its rocket has been fired in forward direction thus reducing the speed of A by 0.5%, now by how much time is the satellite leading the space craft?

The correct option is A 38sIn the previous part, we calculated the new time period to be 9219.67s. Now the time period of space station will be same as the original time period of the satellite. Hence, time lead will be Ti−9219.67−100≈38s.

If from the base station , the rocket system of $A$ has been operated, so that its rocket has been fired in forward direction thus reducing the speed of $A$ by $0.5$ %, now by how much time is the satellite leading the space craft?

The correct option is A $38 s$
In the previous part, we calculated the new time period to be $9219.67 s$ . Now the time period of space station will be same as the original time period of the satellite. Hence, time lead will be $T_{i} - 9219.67 - 100 \approx 38 s$ .