Condensing a substance requires that energy is _ (removed, input) and will result in _ (no decrease, no change, an increase) in temperature of the material.

6. Suppose 1.0 x 102 grams of ice absorbs 1255 J of heat, reaching a final temperature of -2.0°C. What was the initial temperature change of the ice? The specific heat capacity of H20(s) = 2.1 J/(g.°C).

The standard value for the specific heat of aluminum is 0.9 J/g K. Four students gathered and computed their experimental data for the specific heat of aluminum. They did five trials.   Julie - 0.90 J/gK; 0.88 J/gK; 0.76 J/gK; 0.88 J/gK; 0.86 J/gK   Calix - 0.88 J/gK; 0.89 J/gK; 0.88 J/gK; 0.90 J/gK; 0.90 J/gK   Elica - 0.70 J/gK; 0.85 J/gK; 0.94 J/gK; 0.66 J/gK; 0.52 J/gK   Leona - 0.52 J/gK; 0.50 J/gK; 0.54 J/gK; 0.50 J/gK; 0.50 J/gK   Whose data is precise but not accurate?

Generate the heating graph for H₂O. Determine the quantity of energy transfer required to heat 1.0 g solid H₂O from -50 °C to the melting point, 0 °C. X J

Please type all work and put answer in correct sig figs!!! Question 12   You want to heat up a piece of ceramic with a mass of 144 g. How much heat (in J) is required to heat the ceramic from 24.6°C to 127.1°C? Assume a heat capacity of 1.172 J/g°C.

What is the final temperature when a 5.0 g sample of brass initially at 25 °C absorbs 75 J of heat? The specific heat of brass is 0.38 J'g-1.°c-1. q = mcAT ОА. 64 °C ОВ.-14 °С ОС. 39°C O D. 31 °C

You assumed that the initial temperature of the metal sample was the same as that of the boiling water. If the metal sample was actually at a lower temperature than the boiling water, how would your calculated value for the specific heat be affected?