Template:GravEngAbs/testcases

Testing sandbox version

{{GravEngAbs/sandbox}}

Three approaches to units of mass and force or weight[1][2]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System BG GM EE M AE CGS MTS SI
Acceleration (a) ft/s2 m/s2 ft/s2 m/s2 ft/s2 Gal m/s2 m/s2
Mass (m) slug hyl pound-mass kilogram pound gram tonne kilogram
Force (F),
weight (W) 		pound kilopond pound-force kilopond poundal dyne sthène newton
Pressure (p) pounds per square inch technical atmosphere pounds-force per square inch atmosphere poundals per square foot barye pieze pascal

Testing main template

default

{{GravEngAbs}}

Three approaches to units of mass and force or weight[3][4]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System BG GM EE M AE CGS MTS SI
Acceleration (a) ft/s2 m/s2 ft/s2 m/s2 ft/s2 Gal m/s2 m/s2
Mass (m) slug hyl pound-mass kilogram pound gram tonne kilogram
Force (F),
weight (W) 		pound kilopond pound-force kilopond poundal dyne sthène newton
Pressure (p) pound per square inch technical atmosphere pound-force per square inch standard atmosphere poundal per square foot barye pieze pascal

system = metric

Three approaches to metric units of mass and force or weight[5][6]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System GM M CGS MTS SI
Acceleration (a) m/s2 m/s2 Gal m/s2 m/s2
Mass (m) hyl kilogram gram tonne kilogram
Force (F),
weight (W) 		kilopond kilopond dyne sthène newton
Pressure (p) technical atmosphere standard atmosphere barye pieze pascal

system = English

Three approaches to English units of mass and force or weight[7][8]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System British Gravitational (BG) English Engineering (EE) Absolute English (AE)
Acceleration (a) ft/s2 ft/s2 ft/s2
Mass (m) slug pound-mass pound
Force (F),
weight (W) 		pound pound-force poundal
Pressure (p) pound per square inch pound-force per square inch poundal per square foot

system = metric, symbols = true

Three approaches to metric units of mass and force or weight[9][10]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System GM M CGS MTS SI
Acceleration (a) m/s2 m/s2 Gal m/s2 m/s2
Mass (m) hyl kg g t kg
Force (F),
weight (W) 		kp kp dyn sn N
Pressure (p) at atm Ba pz Pa

system = English, symbols = true

Three approaches to English units of mass and force or weight[11][12]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System British Gravitational (BG) English Engineering (EE) Absolute English (AE)
Acceleration (a) ft/s2 ft/s2 ft/s2
Mass (m) slug lbm lb
Force (F),
weight (W) 		lb lbF pdl
Pressure (p) lb/in2 psi pdl/ft2

symbols = true

Three approaches to units of mass and force or weight[13][14]
Base 		Force Weight Mass
2nd law of motion m = ⁠F/a⁠ F = ⁠W ⋅ a/g⁠ F = m ⋅ a
System BG GM EE M AE CGS MTS SI
Acceleration (a) ft/s2 m/s2 ft/s2 m/s2 ft/s2 Gal m/s2 m/s2
Mass (m) slug hyl lbm kg lb g t kg
Force (F),
weight (W) 		lb kp lbF kp pdl dyn sn N
Pressure (p) lb/in2 at psi atm pdl/ft2 Ba pz Pa
  1. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  2. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  3. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  4. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  5. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  6. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  7. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  8. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  9. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  10. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  11. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  12. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.
  13. ^ Comings, E. W. (1940). "English Engineering Units and Their Dimensions". Industrial & Engineering Chemistry. 32 (7): 984–987. doi:10.1021/ie50367a028.
  14. ^ Klinkenberg, Adrian (1969). "The American Engineering System of Units and Its Dimensional Constant gc". Industrial & Engineering Chemistry. 61 (4): 53–59. doi:10.1021/ie50712a010.

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