incorrect cards (0)

correct cards (0)

remaining cards (0)

Save

retry

show Answer first

fix

restart

shuffle

help

Pause
0:01

To flip the current card, click it or press the Spacebar key.
To move the current card to one of the three colored boxes, click on the box. You may also
press the UP ARROW key to move the card to the Correct box, the DOWN ARROW key to
move the card to the Incorrect box, or the RIGHT ARROW key to move the card to the Remaining box.
You may also click on the card displayed in any of the three boxes to bring that card back to the
center.

Pass complete!
Correct box contains:
Time elapsed:
Retries:

retry the cards in the incorrect box

restart all cards

MCAT Physics Info
Formulas that you need to know for the MCAT
Question Answer
Distance (vi, vf, t) ½(vi+vf)t
Velocity (vi, a, t) vi+at
Distance (vi, t, a) vi*t+½at^2
Distance (vf, t, a) vf*t-½at^2
Velocity (vi, a, d) sqrt(vi^2+2ad)
sin(30°) or cos(60°) .5
sin(45°) or cos(45°) .7
sin(60°) or cos(30°) .85
Force of Gravity GMm/r^2
Centripetal Force mv^2/r
Power W/t=F*d/t=F*v
Momentum mv (Pi=Pf)
Gauge Pressure dρg
Force of Buoyancy ρVg
Bernoulli's Equation P+½ρv^2+ρgh = P+½ρv^2+ρgh
sqrt(2) 1.4
sqrt(3) 1.7
Electric Force kQq/r^2
k 9E9 []=N*m^2/^2
Electric Field kQ/r^2 []=N/C=V/m
Electric Potential kQ/r []=J/C=V
Charge of Capacitor VC
Potential Energy of Capacitor ½QV
Magnetic Force qvB
Work Done by Magnetic Force 0
Frequency of Spring (1/2π)sqrt(k/m)
Frequency of Pendulum (1/2π)sqrt(g/L)
Force of Spring -kx
Potential Energy of Spring ½kx^2
Electric Field of Capacitor V/d
Kinetic Energy ½mv^2
Work F*d
Frictional Force µ*F(N)
Impulse F*t
Stress F/A
Strain ΔL/L
Change in Length FL/EA
Centripetal Acceleration v^2/r
Net Force ma
Elementary Electric Charge 1.6E-19
Density of Water 1000kg/m^3 = 1g/cm^3
Speed of Light 3E8
Current (Q, t) Q/t
Voltage (I, R) IV
Resistivity (ρ, L, A) ρL/A
Power in Circuit IV = I^2R = V^2/R
RMS (MAX) MAX/sqrt(2)
MAX (RMS) RMS*sqrt(2)
Increase of 10 dB (Initial Intensity) * 10
Harmonic Frequency of Standing Wave With Two Fixed Ends (n/2L)v (n = 1, 2, 3, ...)
Harmonic Frequency of Standing Wave With One Fixed End (n/4L)v (n = 1, 3, 5, ...)
Alpha Decay (α) ΔA = -4, ΔZ = -2
Beta Decay (β-) ΔA = 0, ΔZ = +1
Beta Decay (β+) ΔA = 0, ΔZ = -1
Molality moles of solute/kg of solvent
Doppler Effect fd = fs(v±vd)/(v±vs)
Intensity P/A []=W/m^2
Photon Energy E=hf=hc/λ
Magnification -i/o
Mirror (and Lens) Equation (1/o)+(1/i)=(1/f)
Lens Power P=1/f
Index of Refraction n=c/v
Volume of One Mole of Ideal Gas at STP 22.4L
Visible Spectrum Red λ=700nm - Violet λ=400nm
STP P = 100 kPa, T = 273 K
Hearing Threshold 10E-12 W/m^2
Lens Power 1/focal length
Focal Length R/2