Find what would the velocity of the satellite be

Reference no: EM13672407

Imagine you are sent in a satellite above Earth..

a) Obtain how far above the surface of the Earth would you lose 1/2 of your weight?

b) Find what would the velocity of the satellite be for the satellite to orbit around the earth?

c) Imagine you have taken a weighing machine with you. If you try to measure your weight using the machine, determine what will your weight be?

Reference no: EM13672407

Questions Cloud

Some derivatives are traded on exchanges : Some derivatives are traded on exchanges

Estimate what is the new speed of the car on hill : If there is no change in the power of the engine, and no change in the resistive forces acting on the car, estimate what is the new speed of the car on hill

Find what will be the recoil velocity of the car along track : A world war I cannon mounted on a railcar and set therefore that it will project a shell at an angle of 30o above the horizontal. If the mass of the real car plus cannon is 5000 kilogram, find what will be the recoil velocity of the car along the ..

Write a review of the article : Write a review of the article, "Clearing, Counterparty Risk, and Aggregate Risk."

Find what would the velocity of the satellite be : Imagine you are sent in a satellite above Earth. Find what would the velocity of the satellite be for the satellite to orbit around the earth

Write expressions for angular velocity : The angular acceleration of a wheel is α =6t4-4t2 with α in radians/s2 and t in seconds. Write expressions for angular velocity

Obtain how far away from the lens is the object : An image of a 5 centimeter tall object is formed on a screen 20 centimeter away from a thin lens. Obtain how far away from the lens is the object

The reaction of iron and molecular oxygen : When 0.848 g of finely divided iron is burned, 1.212 g of a reddish brown oxide is obtained. Write a balanced chemical equation for the reaction of iron and molecular oxygen based on the empirical formula.

Find what the mass : A pendulum consists of a compact .40 kilogram bob attached to a string of length 1.6 m. the maximum angle of the pendulum with the vertical is 5.73o. Find what the mass m

User Account

All Pages