21-12-2017
Physics

contestada

A 120 kg basketball star jumps up and accelerates at a rate of 2.5 m/s2. How much force is he exerting to push off the floor?

Relax

Respuesta :

EdmondHS EdmondHS

21-12-2017

Hey! Since we got the mass of the basketball star as well as the acceleration. We can use Newton's Second Law to figure out the amount of force he is exerting.

F = ma
F = (120)(2.5)
F = 300N

Therefore, he is exerting 300N of force.

Answer Link

Otras preguntas

How the president can have a significant impact on the nation's legislative agenda?

Ed is doing a survey of popular colors for cars for a school report. He decides to take a sample by sitting near a busy intersection and nothing the colors of t

Derek has evaluated his skills and determined that he has excellent reaction time. He wants to sign up for two sports that will play to his strength. Which two

When a -COOH group replaces a hydrogen in a hydrocarbon the result is a/an ____.

n a felony case, the purpose of a grand jury is to A. judge the merits of the case against the state constitution. B. decide if the evidence warrants prosecuti

A toy airplane climbs 30 vertical feet while traveling 50 feet horizontally. A toy helicopter climbs 20 feet while traveling 40 feet horizontally. Assuming a st

A company's total assets are $98,000 and total liabilities are $49,000. Find the current ratio.

The agreement that created a congress consisting of a senate based upon equal state representation and a house of representatives which represents the states ba

_____________ is mobility in social class which is attributable to changes in social structure of a society at the larger social, not personal level.

In europe during the 14th century, the black plague killed 24 million people or close to 37 percent of the population. how would this affect the production poss