mckeem19 mckeem19
  • 23-08-2018
  • Biology
contestada

A 4.0-kilogram ball held 1.5 meters above the floor has joules of potential energy.

Respuesta :

jamuuj jamuuj
  • 05-09-2018

Answer;

= 58.8 joules

Solution and explanation;

Potential energy is given by the formula;

P.E = mgh where;

m is the mass in Kilograms

g is the gravitational acceleration (m/s²)

h is the height/distance in meters .

-Well the ball is held from the ground of a distance 1.5 meters, so, h = 1.5 m.

The mass of the ball is 4.0 kg, so m = 4.0 kg

Hence;

P.E = (4.0 kg) × (9.8 m/s²) × (1.5 m)

    = 58.8 Joules

Answer Link

Otras preguntas

In Furman v.Georgia (1972), the Supreme Court ruled in William Furman's favor, saying that Georgia had
Funding for campaigns can come directly from all of the following EXCEPT:
A decimal is a fraction that has a denominator of 100. always sometimes never
How did religious and cultural differences create problems for newly emerging nations?
To prevent an overuse injury from occurring, a person should A. wear protective gear, such as a knee brace. B. tie sneakers extra tightly to ensure a correct f
Help me please this is not easy for me 504
Describe the organization of an ecosystem from smallest to largest.
Funding for campaigns can come directly from all of the following EXCEPT:
please help me. this is hard
How do you solve for initial velocity?