The distance around Earth's equator is about 24,000 miles. Use the formula in Question 4 to calculate the approximate rotational velocity at Earth's equator mph (using the fellowing formula: Velocity = Distance/Time miles/hour)

Answer :

The distance around Earth's equator is about 24,000 miles. Thus, rotational velocity at Earth's equator is 1000 miles/hour.

What is rotational velocity?

Every point on an object that is revolving about an axis has the same angular velocity. The tangential velocity of points distant from the axis of rotation is, nevertheless, different from that of points closer to the axis of rotation. Rotational velocity and an angular frequency vector are other names for angular velocity.

Given that,

The distance around Earth's equator is about 24,000 miles.

Time to complete one Rotation = 24 hours.

Thus, velocity = distance/time

or, velocity = 24,000 miles / 24 hours

or, velocity = 1000 miles/hour.

To know more about rotational velocity refer to:

https://brainly.com/question/29342095

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