You need the heat capacities for these substances in order to answer this question. If you have those, it's simple algebra.
- 23 degrees
11 degrees
The answer will depend on what temperature scale these are in.
60 degrees Fahrenheit = 15.5 degrees Celsius.
32 degrees Fahrenheit = 0 degrees Celsius
This happens because there is so much more water than there is horseshoe. The heat from the horseshoe is distributed throughout the water, so the amount of heat per unit of water is lower than the original amount of heat per unit of horseshoe.
It is 15188 Joules.
why is the water used in the exprimental procedures for heat capacity of metals initially cooled several dgrees below room temperature
9.14g
Unsaturated: All the solute that can normally be dissolved in a solvent at any given temperature has not been reached.Saturated: Containing all the solute that can normally be dissolved in a solvent at any given temperature.Supersaturated: Containing more solute than what can normally be dissolved in a solvent at any given temperature.
- 23 degrees
5 degrees fahrenheit
The Celsius temperature of 32 degrees Fahrenheit would be 0 degrees.
81 degrees
11 degrees
The answer will depend on what temperature scale these are in.
35 degrees Celsius.