anderson09990111 anderson09990111
  • 07-11-2020
  • Physics
contestada

An 800 kg car is parked next to a 1000 kg car. Their centers of mass are 3.5 m apart. Find the gravitational force between them.

Respuesta :

edenhazard1234234 edenhazard1234234
  • 07-11-2020

Answer:

4.356e-6 Newtons

Explanation:

Using the equation for the force of gravity F=[tex]\frac{Gm_1m_2}{r^2}[/tex]. The two masses are m1=800kg and m2=1000 kg. The value of G, the gravitational constant =6.67e-11. The problem states the distance between the center of masses of the two cars is 3.5 meters(r). Plugging in what we have from the problem, you will get 4.346e-6 newtons. This makes sense as gravity in itself is a weak force requiring extremely massive objects to result in a noticeable force.

Answer Link

Otras preguntas

Evaluate the function below for x=2.   F(x)=2x^3-x^2-5x+6
how did land ordinance affect slavery 1785
Simplify (1/x+1)+(1/x-1). Is it 2/xsquared minus 1
Write a short note on a. rise of adolf hitlerb. his important measures
PLz help with these questions.For questions 1 and 2 , write each expression using a single exponent.1)   x^9/x^22) h^14/h^5For questions 3 and 4, simplify each
How does pollution effect the water cycle?
PLz help with these questions.For questions 1 and 2 , write each expression using a single exponent.1)   x^9/x^22) h^14/h^5For questions 3 and 4, simplify each
What is the difference between a noun and a pronoun?
the product of three and a squared number is twice the sum of the number and four
The functions f and g are defined on a suitable domain by F(x)=x^2-1 and g(x)=x^2+2' A) find the expression for f(g(x)) B) factorise f(g(x))