Answer:
A) No conclusion can be drawn without more information about the two balls.
Explanation:
<h2>Equation of state of an ideal gas</h2>
<em>The </em><em>ideal gas law is derived</em><em> from the ga</em><em>s laws of Boyle, Charles, Gay Lussac and General.</em>
To solve this exercise, we obtain the data of the exercise:
- V₁ = 52 Lt
- P₁ = 1,2 atm
- P₂ = 0.75 atm
- V₂ = ¿?
<em>The general formula of the </em><em>Equations of state of an ideal gas is:</em>
<h3>P₁V₁=P₂V₂, Where</h3>
- P₁ = Initial pressure
- V₁ = Initial volume
- P₂ = End Pressure
- V₂ = Final Volume
We clear the formula, since it is the value that we must calculate.
<h3>
V₂ = P₁V₁ / P₂</h3>
To solve, we substitute our data in the formula; and we solve
<h3>
V₂ = (1,2 atm)·(52 Lt) / 0.75 atm</h3><h3>
V₂ = 0.832 Lt</h3>
Answer:<em> The </em><em>volume that the gas will occupy</em><em> if the pressure increases to 0.75 atm is </em><em>0.832 lt.</em>
<h2>
See more about this at:</h2><h3>
brainly.com/question/15907283</h3>
Answer:
Whets nasılsın merhaba arkadaşlar ben bu etikete yazar nasılsın
27.5 because of you divide the 55miles with the time you get your velocity which is the speed.
Answer: 5.21 s
Explanation:
Given
Helicopter ascends vertically with 
Height of helicopter 
When the package leaves the helicopter, it will have the same vertical velocity
Using equation of motion
So, package will take 5.21 s to reach the ground
