First Law of Thermodynamics
Trending Questions
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
4000 kJ
100 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
160 kJ
100 kJ
4000 kJ
40 kJ
A system absorbs 100 kJ heat and performs 60 kJ work on the surroundings. The increase in internal energy of the system is
40 kJ
160 kJ
100 kJ
4000 kJ