here hope this helps :)

chemistry
9/18/13


 1. Given temperatures in degrees Fahrenheit, Celsius, or Kelvin, use the appropriate formula to
 convert to one of the other temperature units.

 a. Celsius to Fahrenheit,
 you multiply the Celsius amount by 1.8 then add 32 to make it Fahrenheit

 b. Fahrenheit to Celsius F = (9/5)C + 32
 c. Celsius to Kelvin
 d. Kelvin to Celsius C = (5/9)(F – 32)
 e. Fahrenheit to Kelvin
 f. Kelvin to Fahrenheit K = C + 273.15

 2. Given quantities of energy in Calories, calories, or joules, use the appropriate formula to
 convert to one of the other energy units.

 a. calories to Calories
 b. Calories to calories 1 cal = 4.184 J
 c. Joules to calories
d. calories to Joules 1 Cal = 1000 cal (note difference)

 3. Given a Table of Specific Heats, compare the specific heats of substances to determine which
 substance takes the least or most energy to heat up.
Delta(T)=T-T
 4. Given m, c, Ti and Tf, use the formula, q = mcT, to calculate the amount of heat, q, consumed
 or produced.

 5. Given q, m, and c, use the formula, q = mcT, to calculate the initial or final temperature, Ti
 or Tf
 6. Given q, m, Ti and Tf, use the formula, q = mcT, to calculate the specific heat capacity, c.

 7. Given q, c, Ti and Tf, use the formula, q = mcT, to calculate the mass of an object, m.

 8. Given raw calorimetry data, use the formula, q = mcT, to calculate the specific heat capacity of
 an unknown substance. (2.8) (2.9) (2.10) (P9) (P10)