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In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ?
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In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass...
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In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass...
Given data:
- Mass of compound A: 0.5 g
- Molar mass of compound A: 50 g/mol
- Temperature increase: 4 K
- Heat capacity of the calorimeter and material: 2.5 kJ/K
Calculating moles of compound A:
To calculate the molar internal energy of combustion, we first need to determine the number of moles of compound A. We can use the formula:
Number of moles = Mass / Molar mass
Number of moles = 0.5 g / 50 g/mol = 0.01 mol
Calculating heat transferred:
The heat transferred during the combustion can be calculated using the formula:
Heat transferred = Heat capacity × Temperature change
Heat transferred = 2.5 kJ/K × 4 K = 10 kJ
Calculating the molar internal energy of combustion:
The molar internal energy of combustion can be calculated using the formula:
Molar internal energy of combustion = Heat transferred / Number of moles
Molar internal energy of combustion = 10 kJ / 0.01 mol = 1000 kJ/mol
Therefore, the molar internal energy of combustion of compound A is 1000 kJ/mol.
Explanation:
- The molar internal energy of combustion is a measure of the energy released when one mole of a compound undergoes complete combustion.
- In this case, we are given the mass of compound A and its molar mass, which allows us to calculate the number of moles.
- The temperature increase in the bomb calorimeter is a result of the combustion reaction, and the heat capacity of the calorimeter and material is given.
- Using the heat capacity and the temperature change, we can calculate the heat transferred during the combustion reaction.
- Finally, we divide the heat transferred by the number of moles to obtain the molar internal energy of combustion.
- The molar internal energy of combustion is expressed in kJ/mol, which represents the energy released per mole of compound combusted.
- Mass of compound A: 0.5 g
- Molar mass of compound A: 50 g/mol
- Temperature increase: 4 K
- Heat capacity of the calorimeter and material: 2.5 kJ/K
Calculating moles of compound A:
To calculate the molar internal energy of combustion, we first need to determine the number of moles of compound A. We can use the formula:
Number of moles = Mass / Molar mass
Number of moles = 0.5 g / 50 g/mol = 0.01 mol
Calculating heat transferred:
The heat transferred during the combustion can be calculated using the formula:
Heat transferred = Heat capacity × Temperature change
Heat transferred = 2.5 kJ/K × 4 K = 10 kJ
Calculating the molar internal energy of combustion:
The molar internal energy of combustion can be calculated using the formula:
Molar internal energy of combustion = Heat transferred / Number of moles
Molar internal energy of combustion = 10 kJ / 0.01 mol = 1000 kJ/mol
Therefore, the molar internal energy of combustion of compound A is 1000 kJ/mol.
Explanation:
- The molar internal energy of combustion is a measure of the energy released when one mole of a compound undergoes complete combustion.
- In this case, we are given the mass of compound A and its molar mass, which allows us to calculate the number of moles.
- The temperature increase in the bomb calorimeter is a result of the combustion reaction, and the heat capacity of the calorimeter and material is given.
- Using the heat capacity and the temperature change, we can calculate the heat transferred during the combustion reaction.
- Finally, we divide the heat transferred by the number of moles to obtain the molar internal energy of combustion.
- The molar internal energy of combustion is expressed in kJ/mol, which represents the energy released per mole of compound combusted.
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In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ?
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In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ?.
In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ? for IIT JAM 2024 is part of IIT JAM preparation. The Question and answers have been prepared according to the IIT JAM exam syllabus. Information about In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ? covers all topics & solutions for IIT JAM 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In a bomb calorimeter the combustion of 0.5 g of compound A(molar mass 50g) increased by temp 4 k .if the heat capacity of the calorimeter along with that of the material is 2.5kJ/K what is the molar internal energy of combustion,in kJ?.
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