Describe how the Maxwell-Boltzmann distribution curve changes when the temperature of a gas increases. Include the implications of these changes for reaction rates.

As the temperature increases, the Maxwell-Boltzmann distribution curve becomes broader and shifts to the right. This indicates that more molecules have higher kinetic energy, resulting in a greater number of collisions with sufficient energy to overcome the activation energy barrier. Consequently, the reaction rate increases as more effective collisions occur.

This answer is strong because it accurately describes the changes in the Maxwell-Boltzmann distribution with temperature and links these changes to the implications for reaction rates. The question tests the understanding of the relationship between temperature and molecular energy distribution.