The second question has to do with the pressure of the gas. The pressure inside the can is much higher that the outside pressure where you are causing the gas to rush out as quickly as possible. This is why it explodes when you shake a can of soda then open it.
8 is a bit of a trick question. The temperature of the gas will drop due to the rapid expansion and decrease in pressure (adiabatic cooling). The type of gas is still carbon dioxide, so no change. Atmospheric pressure outside the can does not change, but youre asked about the atmosphere in the can, and that definitely does change. Finally, the pressure decreases, as stated before.
8 is a bit of a trick question. The temperature of the gas will drop due to the rapid expansion and decrease in pressure (adiabatic cooling). The type of gas is still carbon dioxide, so no change. Atmospheric pressure outside the can does not change, but youre asked about the atmosphere in the can, and that definitely does change. Finally, the pressure decreases, as stated before.
The second question has to do with the pressure of the gas. The pressure inside the can is much higher that the outside pressure where you are causing the gas to rush out as quickly as possible. This is why it explodes when you shake a can of soda then open it.
b(because gas is most compressible), d
The second question has to do with the pressure of the gas. The pressure inside the can is much higher that the outside pressure where you are causing the gas to rush out as quickly as possible. This is why it explodes when you shake a can of soda then open it.
b(because gas is most compressible), d
This post is last updated on hrtanswers.com at Date : 1st of September – 2022