Answer: -
1.34 L
Explanation: -
Initial Pressure P 1 = 39.1 bar
Initial Temperature T 1 = 643 K
Let the initial volume be V 1.
Final pressure P 2 = 87.0 bar
Final temperature T 2 = 525 K.
Final volume V 2 = 0.492 L
Using the equation
Plugging in the values
We have
V 1 = 87 bar x 0.492 L x 643 K / (39.1 bar x 525 K)
= 1.34 L
Thus, a gas is contained in a thick-walled balloon. When the pressure changes from 39.1 bar to 87.0 bar the volume changes from 1.34 L to 0.492L and the temperature changes from 643K to 525K
should be ocean ridges im not sure hope this helps tho
The answer is A. Prophase
(I took the quiz and this was actually the correct answer! 100% sure)
The correct option is C. Some of the absorbed energy is converted to potential energy and some is converted to kinetic energy
<u>Explanation:</u>
- When a gas is heated, some of the molecules absorb enough energy to convert it into kinetic energy, which makes the molecules to move faster, collide with each other and also collide with the walls of the container.
- But some of the molecule do not get required energy to convert it into kinetic energy, whereas it is converted into potential energy, energy possessed by a molecule due to its position.
Thus by considering this above explanation it is clear that Option C can be consider as the opt answer
