Lucas place is 20 kg samples of each substance by the same heat source all samples are at the same intentional temperature which substance will have the greatest temperature at the sun. Of tiLucas place is 20 kg samples of each substance by the same heat source all samples are at the same intentional temperature which substance will have the greatest temperature at the some period of time
Its copper because if you have the same book, the chart there says aluminum is 897 C, Calcium is 532 C, Copper is 385 C, and Limestone is 909 C. As said, the lowest specific heat will have the highest temp at some time. So its copper
You must mean "internal" temperature.
The sample with the lowest specific heat will have the highest temperature at some time period. What answer choices do you have?
I have that problem in my textbook, actually. the answer choices are aluminum, calcium, copper or limestone.
To determine which substance will have the greatest temperature at the same period of time under equal heating conditions, we need to consider the specific heat capacity of each substance. The substance with the lowest specific heat capacity will experience the greatest increase in temperature.
To calculate this, you need to know the specific heat capacities of the substances in question. Specific heat capacity is the amount of heat energy required to raise the temperature of a unit mass of a substance by one degree Celsius.
Once you have the specific heat capacities of the substances, you can compare them and identify the substance with the lowest specific heat capacity. This substance will experience the highest increase in temperature under the same heating conditions.
Here is an example calculation:
Let's say you have three substances: Substance A, Substance B, and Substance C.
Substance A: Specific heat capacity = 1000 J/kg°C
Substance B: Specific heat capacity = 1500 J/kg°C
Substance C: Specific heat capacity = 2000 J/kg°C
If all three substances are subjected to the same heat source for the same duration, the substance with the lowest specific heat capacity, Substance A in this case, will experience the greatest increase in temperature.
It's important to note that the mass of the substance is given in your question as 20 kg for each sample. However, the mass of the substance does not affect the comparison between substances; it only determines the amount of total heat energy required to raise the temperature.
So, to determine which substance will have the greatest temperature at the same period of time, you need to compare the specific heat capacities of the substances and select the one with the lowest value.