Question

The mass of the mars exploration rover is 1,063 kg. the gravity on mars is about 0.38 that of earth.1)where would the normal force exerted on the rover when it rests on the surface of the planet be greater?

Answer 1

The normal force exerted on the rover when it rests on the surface of the planet be greater is 3,125.22 N.

What is normal force?

A normal force is defined as the force that a surface exerts on an object.

N = W

N = mg

where;

• m is mass of the object
• g is acceleration due to gravity

Normal force is proportional to the weight of an object be considered.

Normal force of the rover

N = mg

N = 1,063 kg x 0.3(9.8 m/s²)

N = 3,125.22 N

Thus, the normal force exerted on the rover when it rests on the surface of the planet be greater is 3,125.22 N.

Learn more about normal force here: brainly.com/question/14486416

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