1.
Definition of temperature and association with kinetic energy increase
on a molecular level. Know mass plays no
part in temperature.
2.
Understand that in thermal equilibrium there is
no energy transfer and why.
3.
Know the boiling and melting points of
water and how during a phase change
there is thermal equilibrium.
4.
Know the 3 widely used temperature scales and
the units for energy.
5.
Know how to convert C. to F. and vice
versa. Memorize at least on form of the formula
6.
Know how to solve for a temperature change in F given two temperatures in C. You cannot solve using the Temp difference in
F!
7.
Solve for a delta T during an energy transfer
process given Q, C and mass.
8.
Know about temperature during a phase change and
which formula is involved
9.
Interpret a heating diagram (Q vs T) to
identify the phase changes and t calculate the latent heat of fusion or
vaporization.
10. Interpret a heating diagram (Q vs T) to
identify the Q transferred during a single phase.
11. Convert
K to C and C to K
12. Calorimetry
involving water where you solve for the C of an unkown metal given mass
and Ti of the metal, as well as M, C and delta t of the water.
13. Find
final equilibrium temp of a watery substance given m, Ti of the substance when added to
a defined mass of water where you
know the initial temp of the water and the C of water. The watery substance has the same C.
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