If the rotation of a planet of radius 5.32 × 106 m and free-fall acceleration 7.45 m/s 2 increased to the point that the centripetal acceleration was equal to the gravitational acceleration at the equator, what would be the tangential speed of a person standing at the equator?

v = 6295.55 m/s

Explanation:

Given that,

The radius of a planet,

The free fall acceleration of the planet, a = 7.45 m/s²

We need to find the tangential speed of a person standing at the equator.

Also, the centripetal acceleration was equal to the gravitational acceleration at the equator.

We know that,

Centri[etal acceleration,

So, the tangential speed of the person is equal to 6295.55 m/s.

the total distance traveled by the car is

30km + 49km = 79 km .

answer///scientific method;