Question 1
Given an environmental lapse rate of 5°C/1000 m and a dry adiabatic of 10°C, what would be the temperature of unsaturated surface air after it rises to height of 2000 m if its surface temperature had been 25°C?
◦ 5°C
◦ 10°C
◦ 15°C
◦ 25°C
◦ 20°C
Question 2
Given an environmental lapse rate of 5°C/1000 m and a dry adiabatic of 10°C, what would what would happen if unsaturated air that had a temperature of 25°C at the surface were forced to rise 2000 m in the air?
◦ It would have the same temperature and density as the surrounding air so it would stay at that height.
◦ It would sink back to the surface because it was more dense than the surrounding air.
◦ It would be warmer than the air around it so it would keep rising.
◦ It would be colder than the air around it so it would sink.
◦ It would keep rising because it would be less dense than the surrounding air.
Effects of growth rate on development.
The role of leptin in regulating appetite and metabolic rate.
Acceptable ranges of heart rate
Factors influencing pulse rate
Environmental Issues
Outgroup role in relative rate test