if an inflated balloon is placed in the freezer as the temperature of the gas of the balloon decrease the speed of the particles will do what
When an inflated balloon is placed in a freezer, the temperature inside the freezer is much lower than the temperature of the gas inside the balloon.
As the temperature drops, the average kinetic energy of the gas particles decreases. The kinetic energy is directly related to the speed of the particles. Therefore, as the temperature decreases, the speed of the gas particles inside the balloon will also decrease. This means that the particles will move slower and have less energy.
The decrease in speed of the gas particles is a result of the decrease in temperature, which causes the gas to condense and contract. In this case, the gas particles are more likely to attract and stick to each other, resulting in a decreased speed compared to when the gas is at a higher temperature.