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27 Cards in this Set
- Front
- Back
- 3rd side (hint)
Hydrostatic pressure can be referred to as |
Head pressure |
What you would forget if it wasn't screwed on |
|
Atmospheric pressure Hg" |
29.92 |
Tercelli's original experiment |
|
Atmospheric pressure Hg mm |
760 |
25.4mm per inch |
|
Atmospheric pressure imperial |
14.7 psi |
It's almost 3x5 |
|
Atmospheric pressure metric |
101 Kpa |
Almost the same as boiling temp |
|
Name of experiment that resulted in atmospheric pressure |
Tercelli's experiment |
Sounds kinda like rice noodles |
|
Maximum theoretical suction lift |
33'-11" |
Convert 29.92"Hg to water |
|
Maximum theoretical suction lift |
33'-11" |
Convert 29.92"Hg to water |
|
Practical suction lift |
23'-26' |
Double check this in ilm |
|
12" of head pressure |
0.433 Psi / ft |
More than 2/3 less than 1/2 |
|
Hydrostatic pressure per inch |
0.0361 lbs/in sq |
Starting point for all #s |
|
Head pressure metric |
9.81 kPa /m |
Same number as gravity |
|
Absolute pressure = |
Gauge plus atmospheric |
|
|
Gauge pressure |
Absolute minus atmospheric |
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How tall was the mercury tube |
36" |
3 things in shoes |
|
Pressure = |
Height x density |
|
|
Force = |
Pressure x Area |
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|
Force = |
Pressure x Area |
|
|
1 Kn |
1kPa x 1m sq |
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What gauge has negative numbers |
Combination guage |
|
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What is the most accurate atmospheric guage |
Mercury barometer |
|
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10ft of piping would exert what pressure |
4.33 psi |
|
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How much force is exerted on a 2" valve when closed with 1psi pressure |
3.141 lbs |
|
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Shape of containers doesn't effect |
Pressure |
Your under so much of this |
|
Shapes of containers effects this |
Force |
May the 4th be with you |
|
In pressures density is = |
.0361psi/inch, 0.433lbs psi/ft, 9.81kPa/m |
Density will be pressure over height |
|
In a force calculation area must be in "?" To cancel units |
Square inches |
Inchworms be square dancing |