True or False: At any given constant, as Dry Bulb Temperature and Relative Humidity go up, all other variables will increase as well.

The statement is true because the relationship between dry bulb temperature, relative humidity, and other psychrometric variables is interconnected in the field of thermodynamics and HVAC principles.

As the dry bulb temperature rises, it indicates an increase in the kinetic energy of the air molecules, which means the air can hold more moisture. When relative humidity also increases alongside the dry bulb temperature, the amount of water vapor in the air reaches closer to its capacity. This can lead to increased values of other variables like wet bulb temperature and dew point temperature.

In this scenario, both the dry bulb temperature and relative humidity contribute to changes in the air's moisture content and thermal properties, resulting in an overall increase in variables that describe the state of the air. Thus, maintaining a constant environment while raising both the dry bulb temperature and relative humidity logically leads to increases in most air quality parameters.

This concept emphasizes the principle of thermodynamic behavior in air, showcasing how temperature and humidity interplay to define the air's condition, confirming the truth of the statement.