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

Diversification tends to increase portfolio performance, because:____. A. Diverse portfolios have a higher expected return. B. Diverse portfolios have a lower
How would Stephen Douglas most likely respond to this statement? Slavery violates the United States' most important ideals. The country was founded on the princ
If 4% of a number is 8 what's 1% of that number
A pyramid has a volume of 1944 in and a rectangular base with the dimensions 18 inches by 9 inches. What is the height of the pyramd? 12 in 24 in 36 in.​
What is $2.63 in cents
How are work and power different
Someone help with this please
Good luck, I know you will do great! Today is the last day of school! WHOO-HOO! :)
The table shows information about the number of points scored by 30 students in a quiz. Number of points a) What is the modal number of points? Frequency 0 4 (1
what was the munich putsch 1923? did it succeed or fail