1. What is the value of g_c in the SI system of units?

2. What is the value of g_c in the American Engineering system of units?

3. If a force of 1 N is applied to an object with a mass of 1 kg, what is the resulting acceleration?

4. If a force of 1 lb_f is applied to an object with a mass of 1 lb_m, what is the resulting acceleration?

5. If a force of 1 lb_f is applied to an object with a mass of 1 slug, what is the resulting acceleration?

6. An object has a weight of 1.0 lb_f on Earth.

a. What is the mass of the object on Earth?

b. Would the object's mass be higher, lower or the same on the moon?

c. Would the object's weight be higher, lower or the same on the moon?

7. What is the value of the quantity g/g_c in the SI system of units?

8. What is the value of the quantity g/g_c in the AE system of units?

9. Did Newton formulate his second law before or after the English system of units was adopted?

10. g has a value of 32.174 ft/s² on Earth. Is the value of g higher, lower or the same on Pluto?

11. g_c has a value of 32.174 (lb_m ft/s²)/lb_f on Earth. Is the value of g_c higher, lower or the same on Pluto?

12. What is the conversion factor to convert a temperature change in Fahrenheit to a temperature change in Celsius?

13. What is the expression to convert a temperature in Fahrenheit to a temperature in Celsius?

14. What is the conversion factor to convert a temperature in Rankine to a temperature in Kelvin?

15. What is the expression to convert a temperature in Kelvin to a temperature in Celsius?

16. What temperature corresponds to a complete lack of thermal motion?

17. Is the following equation dimensionally homogeneous? (The symbols have the same meaning as in the lecture) P = P_o + gh/g_c

18. True or false, an equation could be valid if it is not dimensionally homogeneous?

19. True or false, an equation must be valid if it is dimensionally homogeneous?

20. True or false, if an equation is valid it must be dimensionally homogeneous?