Gas Volume and Temperature Relationship

During an experiment to understand the thermodynamic properties of a gas, a student seals a certain amount of gas in a container and then gradually heats it. As the gas is heated, its temperature increases, which also increases its pressure and volume in accordance with the ideal gas law. To ensure that the experiment remains safe and within expected parameters, the student keeps a close eye on the gas laws involved, particularly focusing on the relationships illustrated by Charles's Law and Boyle's Law.

Given the ideal conditions of this experiment, if the volume of the gas is doubled while maintaining a constant pressure, what can be deduced about the change in temperature of the gas?