The temperature of an object changes when it absorbs or loses thermal energy. It is possible to relate the amount of heat transferred, denoted by a variable q with units of joules, to the quantity of the substance m, by the following equation: q = mCsΔt  Write a script that calculates amount of heat transferred for any amount of aluminum. Aluminum has a specific heat Cs = 0.897.  The program should prompt the user to enter values for Δt and m, and should return the amount of heat transferred in units of joules. Test the program with values of 20 ℃ and 100 g.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
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The temperature of an object changes when it absorbs or loses thermal energy. It is possible to relate the amount of heat transferred, denoted by a variable q with units of joules, to the quantity of the substance m, by the following equation:

q = mCsΔt 

Write a script that calculates amount of heat transferred for any amount of aluminum. Aluminum has a specific heat C= 0.897. 

The program should prompt the user to enter values for Δt and m, and should return the amount of heat transferred in units of joules. Test the program with values of 20 ℃ and 100 g.

3. The temperature of an object changes when it absorbs or loses thermal energy. It is possible to
relate the amount of heat transferred, denoted by a variable q with units of joules, to the quantity
of the substance m, by the following equation:
q = mC,AT
where Cs is the specific heat of the substance in units of J/(g°C), 4T is the change in temperature
in units of °C, and m is the mass of the substance in grams. Write a script that calculates amount of
heat transferred for any amount of aluminum. Aluminum has a specific heat C = 0.897 J/(g. °C).
The program should prompt the user to enter values for AT and m, and should return the amount of
heat transferred in units of joules. Test the program with values of 20 °C and 100 g.
Transcribed Image Text:3. The temperature of an object changes when it absorbs or loses thermal energy. It is possible to relate the amount of heat transferred, denoted by a variable q with units of joules, to the quantity of the substance m, by the following equation: q = mC,AT where Cs is the specific heat of the substance in units of J/(g°C), 4T is the change in temperature in units of °C, and m is the mass of the substance in grams. Write a script that calculates amount of heat transferred for any amount of aluminum. Aluminum has a specific heat C = 0.897 J/(g. °C). The program should prompt the user to enter values for AT and m, and should return the amount of heat transferred in units of joules. Test the program with values of 20 °C and 100 g.
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