MCAT Units + Conversions
/C/ (Capacitance) is measured in - ANS-Farads (C/V)
/E/ (Electrical Field) - ANS-N/C
/f/ (Frequency) is measured in - ANS-Hz (1/s)
/h/ (Planck's Constant) - ANS-6.6 x 10⁻³⁴
/I/ (Electrical Current) is measured in - ANS-Amperes (C/s)
/P/ (energy) is measured in - ANS-Watts
/Q/ or /q/ (Electrical Charge) is measured in - ANS-Coulombs
/W/ (work) is measured in - ANS-Joules
1 angstrom - ANS-10⁻¹⁰ m
1 atm = ___ torr - ANS-760 (760 mmHg)
1 atm to pascal - ANS-10⁵ (Pa)
1 calorie to joules - ANS-4.18 J
a (acceleration) - ANS-m/s²
A (Ampere) - ANS-C/s
B (Magnetic Field) is measured in - ANS-T (Tesla)
C (Coulomb) - ANS-A∙s (Current/time)
c (pace of light in vacuum) - ANS-3 x 10⁸ m/s
C° to Kelvin - ANS-+273
Charge on electron - ANS-1.6 x 10⁻¹⁹
Density of water - ANS-1 g/mL³ or one thousand kg/m³
Energy is measured in - ANS-Joules
F (Farad) - ANS-C/V
/C/ (Capacitance) is measured in - ANS-Farads (C/V)
/E/ (Electrical Field) - ANS-N/C
/f/ (Frequency) is measured in - ANS-Hz (1/s)
/h/ (Planck's Constant) - ANS-6.6 x 10⁻³⁴
/I/ (Electrical Current) is measured in - ANS-Amperes (C/s)
/P/ (energy) is measured in - ANS-Watts
/Q/ or /q/ (Electrical Charge) is measured in - ANS-Coulombs
/W/ (work) is measured in - ANS-Joules
1 angstrom - ANS-10⁻¹⁰ m
1 atm = ___ torr - ANS-760 (760 mmHg)
1 atm to pascal - ANS-10⁵ (Pa)
1 calorie to joules - ANS-4.18 J
a (acceleration) - ANS-m/s²
A (Ampere) - ANS-C/s
B (Magnetic Field) is measured in - ANS-T (Tesla)
C (Coulomb) - ANS-A∙s (Current/time)
c (pace of light in vacuum) - ANS-3 x 10⁸ m/s
C° to Kelvin - ANS-+273
Charge on electron - ANS-1.6 x 10⁻¹⁹
Density of water - ANS-1 g/mL³ or one thousand kg/m³
Energy is measured in - ANS-Joules
F (Farad) - ANS-C/V
