The atmospheric pressure on Uranus is given to exceed 10 8 Pa and acceleration due to gravity is given to be similar to that on Earth. The mass of the atmosphere on Uranus is to be calculated. Concept introduction: The ratio of force per unit area of an object is defined as pressure. The formula to calculate pressure is, P = F A Where, P represents the pressure. F represents the force. A represents the surface area. Force is defined as product of mass and the acceleration caused by the gravitational force. The formula to calculate force is, F = m a Where, F represents the force. m represents the mass. a represents the acceleration. To determine: The mass of the atmosphere on Uranus.

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Chapter 6, Problem 6.42QP

Interpretation Introduction

Interpretation: The atmospheric pressure on Uranus is given to exceed 108 Pa and acceleration due to gravity is given to be similar to that on Earth. The mass of the atmosphere on Uranus is to be calculated.

Concept introduction: The ratio of force per unit area of an object is defined as pressure. The formula to calculate pressure is,

P=FA

Where,

P represents the pressure.

F represents the force.

A represents the surface area.

Force is defined as product of mass and the acceleration caused by the gravitational force. The formula to calculate force is,

F=ma

Where,

F represents the force.

m represents the mass.

a represents the acceleration.

To determine: The mass of the atmosphere on Uranus.

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