What speed would such a meteor give earth in a head

Reference no: EM13337467

Imagine that Earth is struck by a meteor with a mass of 5.23 x 1015 kg, and a speed of 8100 m/s. What speed would such a meteor give Earth in a head-on collision?

Reference no: EM13337467

Questions Cloud

Roi related to years investment opportunity : What is the margin related to this years investment opportunity, and what is the turn over related to this year's investment opportunity and what is the ROI related to year's investment opportunity

Find the magnitude of the average force on the pile : A 3600 kg block falls vertically through 5.6 m and then collides with a 640 kg pile, driving it 4.9 cm into bedrock. find the magnitude of the average force on the pile

Find the photoelectric threshold wavelength for this metal : When ultraviolet light with a wavelength of 246nmfalls upon a clean metal surface, find the photoelectric threshold wavelength for this metal

Analyze information technology management concepts : Describe Capability Maturity Model Integration for a business or organization.

What speed would such a meteor give earth in a head : Imagine that Earth is struck by a meteor with a mass of 5.23 x 1015 kg, and a speed of 8100 m/s. What speed would such a meteor give Earth in a head-on collision

Calculate the total weight of the water in the flask : A non-uniform flask consists of a lower portion that is a circular cylinder 20 cm in radius and 20 cm high. The upper portion is also a circular cylinder, which is 2 cm in radius and 40 cm high.

Find the angular velocity of the door just after impact : A 10 g bullet traveling at 450m/s strikes a 8.0kg , 1.0-m-wide door at the edge opposite the hinge. What is the angular velocity of the door just after impact

Find the mass of the helium : A balloon is filled with 5.45 liters of helium at a pressure of 1.25 atm and a temperature of 29.5° C. Find the mass of the helium

What is the cloud temperature as it passes over the mountain : A cloud mass moving across the ocean at an altitude of 2000 m encounters a coastal mountain range. As it rises to a height of 3500 m to pass over the mountains, it undergoes an adiabatic expansion.

User Account

All Pages