jeancalixteosmi9252 jeancalixteosmi9252
  • 03-11-2017
  • Physics
contestada

Where is the center of gravity if the 9.00 kg mass of the barbell itself is taken into account?

Respuesta :

shinmin
shinmin shinmin
  • 13-11-2017

The problem is missing some parts but nevertheless here is the answer:

 

Given:

1.7 m long barbell with 23 kg weight on the left and 34 in the right end.

 

Solution:

 Calculating from the left side:

Center of gravity = ΣM/ΣW = [23*0 + 9*(1.7/2) + 34*1.7]/[23+9+34] 

Center of gravity = .992 m from the left end

Answer Link

Otras preguntas

In a bag there are 13 red marbles 5 blue marbles and 7green marbles what percent of the marbles are green
The graph below represents which system of inequalities? graph of two infinite lines that intersect at a point. One line is solid and goes through the points 0
5/14 divided by 3/4, what's the answer
What does a main idea not do? state what the story is about summarize details and events illustrate an important idea
What does 5 2/3 - 8 5/6 equal?
Evaluate the integral using the indicated trigonometric substitution. (use c for the constant of integration.) x^3 / sqrt x^2 + 49 dx , x = 7 tan(θ)
What is the molar concentration of potassium ions in a 0.250 m k2so4 solution?
What is the factorization of the polynomial below? x²+7x+10 A. (x+10)(x+2) B. (x+2)(x+5) C. (10x+2)(x+5) D. (x+7)(x+3)
Find all the real cube roots of 0.000027. A. 0.0009 B. 0.03 and -0.03 C. 0.03 D. 0.0009 and -0.0009
The power of the federal government to prevent state or local governments from enforcing their own laws because the laws conflict with the supremacy clause is c