The temperature of the system remains constant after reaching the melting point until all the ice melts, despite continued heating.
Discussion Forum Latest Questions
Pressure affects the distance between particles by influencing their movement and arrangement. Increasing pressure forces particles closer together, potentially leading to a change in state, while decreasing pressure allows particles to move farther apart, possibly causing a change in state ...
Yes, changing the pressure can indeed change the state of matter. For example, increasing pressure on a gas can cause it to condense into a liquid, while decreasing pressure can cause a liquid to evaporate into a gas.
Yes, increasing pressure causes the particles of the gas to come closer together as the volume decreases.
When pressure is applied and a gas is compressed, the distance between the constituent particles decreases, leading to a reduction in the volume of the gas.