Temperature and heat

in this slide we calculated standard deviation of the given temperatures from different groups in class which gave us the uncertainty of the experiment.

here we calculated the specific heat of the can by using the known values in the experiment. 

Here I recalculated the final temperature of the mixture between the hot water and the cold water. We were asked to list all uncertainties of all the values, which are as follows: U.C. of temperature is +/- 0.1; U.C. of mass is +/- 77.

Here we found the relationship between power as a function of time and energy. 

This is the graph when we heated the water and mixed it with the cold water, we see a drastic change in temperature.

These are the calculations for the graph that is above. We calculated specific heat.

These are some formulas for calculating Q, and definitions for R, Q, K,A,L. We discussed what factors affect the rate of cooling, as well as Hertz and the relationship power and energy and how they were either proportional or inversely related.

This is the graph for the calculations below and above.

These are the calculations for the two slides above.

Today we discussed how temperature behaves when different factors are presented, such as conductors, systems or the different temperatures.