at constant pressure a gas will increase the volume with an increase in temperature -- true or false?

Answer 1

Yes

This is Charles' Law.

Think of a balloon. When you heat it, the balloon will get larger.

Answer 2

Yes this is true This is Charls law for an ideal gas , volume is directly proportional 2 temperature when pressure is constant

Answer 3

It is true because at constant pressure we can use the equation
V / T = K
Charles' law states that given an ideal gas its volume is directly proportional to the absolute temperature, provided that the pressure stays constant.

Answer 4

The gasoline gets compacted because of the fact the stress on it will strengthen. Now, if the stress on the gasoline is larger than the atmospheric stress and the stress on the gasoline is decreased to a level which continues to be larger than the atmospheric stress, the gasoline will strengthen / carry out paintings on the limitations limiting it. it is going to shop doing so till finally it occupies all the quantity attainable and establishes an equilibrium with the decrease point of the stress on the gasoline. no remember if it extremely is permit to strengthen freely with out any regulations, it is going to occupy all the quantity attainable and set up equilibrium with the atmospheric stress. what's meant by stress upward thrust is that the molecules of the gasoline are pressed closer so as that extra molecules exist in a given quantity and hence they exert extra stress on the boudaries with the aid of their random action (which useful properties larger capability because of the fact the compression will strengthen). have have been given fairly plenty to write down right here, will develop the respond later, if attainable. in the mean time, wish this facilitates.

Answer 5

Correct. I believe this is Charle's law. Therefore, I conclude with:

TRUE