ryandublin1426 ryandublin1426
  • 22-09-2019
  • Physics
contestada

Given two objects that weigh the same on earth but with different densities, how is their weight ratio in a vacuum?

Respuesta :

skopie skopie
  • 25-09-2019

Answer:

1:1

Explanation:

If weight is same on Earth's surface, it means their masses are also same, but as densities are different, hence their volumes will also be different.

But in vacuum, if it is free from gravity, there will be no weight, but if gravity is there, still as the masses are same, no matter densities are different, weights will be same means ratio of weights will be 1:1.

Therefore the weight ratio in the vacuum will be 1:1.

Answer Link

Otras preguntas

greatest common factor of 45 51 63
Carbon atom is tetravalent in nature. How many hydrogen atoms can bind to one carbon atom?
Using substitution J-3k=3 j=-k+15
When a figure is translated on a coordinate grid, what conclusion can you draw from the pre-image and image?
Kahulugan ng pinayuhan
In the problem 10-4=6 what is the correct term of the number 4 a. Product b. Minuend c. Subtrahend d. Difference
Why did many people seek help from priests as the Black Death spread through Europe?
Why is a calorimeter is needed to measure the molar heat of solution?
Why would an author choose to include subplots in a story? a. to provide details on the main storyline b. to make the story’s pace much faster c. to add inte
Carbon atom is tetravalent in nature. How many hydrogen atoms can bind to one carbon atom?