ThermoChem Flashcards
F -> C
C= (F-32) • 5/9
C -> F
F= (C • 9/5) +32
1 m = ? ft
3.28
1 J =
1 kg • m^2 / s^2
1 J =
1 w • s
Combustion is always
Negative
Kinetic energy formula
Ke = (1/2)(m (in kg))(v (in m•s))^2
The capacity to do work or transfer heat
energy
The energy used to cause an object to move against a force
Work
The energy used to cause the temperature of an object to increase
Heat
1 cal
4.184 J
Equation for work
W= f x D
First law of thermodynamics
Energy can neither be created nor destroyed
Mass not involved
Heat capacity
Mass involved
Specific heat
Specific heat
Heat capacity of 1 g of a substance, the heat required to raise the temperature of 1 g of a substance by 1 degree C
Heat capacity
The quantity of heat required to raise the temperature of a sample of matter by 1 degree C