students collected a volume of gas in a container (v1) and then applied heat to the container using a flame as seen here. choose all of the statements that could describe what is happening inside the containers from left (v1) to right (v2). a) as the temperature increases, the kinetic energy of the gas also increases. b) an increase in temperature results in an increase in the number of gas particles. c) an increase in gas particle energy causes an increase in pressure exerted by the gas. d) as the pressure exerted by the gas particles increases, the gas volume also increases. e) a decrease in kinetic energy and pressure causes a decrease in the volume of the container.

a) As the temperature increases, the kinetic energy of the gas also increases.
c) An increase in gas particle energy causes an increase in pressure exerted by the gas.
d) As the pressure exerted by the gas particles increases, the gas volume also increases.

What is heat transfer?

The heat transfer is the transfer of thermal energy due to the temperature difference. The heat flows from the higher temperature to the lower temperature.

Students collected a volume of gas in a container (v1) and then applied heat to the container using a flame as seen in the image attached below.

In this image, temperature is rising, which can be seen in the thermometer. With this, the kinetic energy of gas is also increasing.

Increased kinetic energy of gas applies pressure and pushes the cylinder, which increase the volume as the area expands.

Thus, the statements that could describe what is happening inside the containers from left (v1) to right (v2) are:

a) As the temperature increases, the kinetic energy of the gas also increases.
c) An increase in gas particle energy causes an increase in pressure exerted by the gas.
d) As the pressure exerted by the gas particles increases, the gas volume also increases.

Learn more about the heat transfer here;

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