The Solution involves the use of two basic pressure formulas, namely
V= square root of 2hg where:
V= discharge velocity of nozzle or muzzle (ft/sec)
g= acceleration due to gravity (32 ft/sec/sec)
h= velocity head (ft)
An P = 0.433 h where:
P- pressure head (psi)
h=head(ft)
Take 75 psi
P= 75 psi = 0.433h
h=173.2 ft
V= square root of 2(32)(173.2)=105.3 ft/sec
PSI is a pressure measurement. FPS is a speed measurement. It's not possible to convert between the two without a great deal of additional information (it might, for example, be possible to convert a pressure measurement in the chamber of a gun to an expected muzzle velocity of the projectile, with sufficient additional information).
Do you mean FPS? If so, then it's rated at 595 FPS.
Multiply psi x 0.07 to get atmospheres.
1 bar = 14.5 PSI
To convert 760 mph (miles per hour) to fps (feet per second), you can use the conversion factor 1 mph = 1.46667 fps. Therefore, 760 mph is equivalent to approximately 1113.33 fps.
To convert from torr to psi, divide by 51.715. Therefore, 752 torr is approximately 14.55 psi when rounded to two decimal places.
Multiply psi by 0.006894759086775369 to convert from psi to MPa. ex: 1000 psi = 1000 x 0.006894759086775369 = 6.89 MPa http://www.chapelsteel.com/psi-mpai.html
PSI: It depends on how many times you pump the forearm. But Crosman says to never pump it more than 10 times. The 760 is rated at 625 FPS with a BB and 600 FPS with a pellet.
110 - 130 Scfn is what in psi
Multiply psi by 144 to get psf.
To convert 0.50 MPa to psi, you can use the conversion factor: 1 MPa is approximately equal to 145.038 psi. Therefore, 0.50 MPa is approximately equal to 72.519 psi.
Inches of mercury x 0.4912 = psi