Home
Flashcards
Preview
Physics: Fluid Mechanics and Thermal Physics
Home
Get App
Take Quiz
Create
Mass Density
Pressure
Pascals Principle
If
,
Then
Buoyancy Force/ Archimedes Principle
Continuity Equation
Bernoulli's Equation
Linear Thermal Expansion
Ideal Gas Law
Rate of Heat Transfer
Heat Transferred to a System
Average Molecular Kinetic Energy
Root-Mean-Square Velocity of the Molecules
Work
Change in Internal Energy
Efficiency
Carnot Efficiency
Area
A
Efficiency
e
Force
F N
Depth
h
Rate of Heat Transfer
H
Thermal Conductivity
k
Average Molecular Kinetic Energy
Length
l
Thickness
L
Mass
m kg
Molar Mass
M
Number of Moles
n
Number of Molecules
N
Pressure
P
Heat Transferred to a System
Q
Temperature
T
Internal Energy
U
Volume
V
velocity or speed
v
Root-Mean-Square Velocity
Work Done on a System
W
Height
y
Coefficient of Linear Expansion
Moss of a Molecule
Density
Measurements of Pressure
Pascals (Pa)
torr (torr/mmHg)
Atmospheres (atm)
Atm, Pascal,and Torr ratio
1atm=101300Pa=760 torr
Measurements of Temperature
Fahrenheit
Celsius
Kelvin
Celsius to Fahrenheit
Celsius to Kelvin
K=C+273.15
SI Unit for Temperature
Kelvin
SI Unit for Heat
J
Conduction
process of heat transfer involving atomic collisions and contact between 2 objects
Convection
process of heat transfer involving differing densities of layers of matter [usually air or water]
Radiation
process of heat transfer that does NOT involve matter but rather, electromagnetic radiation
Author
The_Mexican15
ID
247326
Card Set
Physics: Fluid Mechanics and Thermal Physics
Description
Physics
Updated
2013-11-17T17:59:31Z
Show Answers
Home
Flashcards
Preview