Free Printable AP PHYSICS 1 FLASH CARDS - EQUATIONS

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AP PHYSICS 1 FLASH CARDS - EQUATIONS

Total questions: 51

Worksheet time: 26mins

Name

Class

Date

1.

x = x₀ + v₀t + 1/2at²

a)

position with constant acceleration eqn.

b)

x

2.

v = v₀ + at

a)

final velocity with constant acceleration eqn.

b)

x

3.

v² = v₀² + 2aΔx

a)

final velocity with constant acceleration eqn.

b)

x

4.

F_{net = ma}

a)

net force eqn.

b)

x

5.

|F_s| = μ_s|F_n|

a)

static friction eqn.

b)

x

6.

|F_k| = μ_k|F_n|

a)

kinetic friction eqn.

b)

x

7.

a_c = v² / r

a)

centripetal acceleration eqn.

b)

x

8.

p = mv

a)

momentum eqn.

b)

x

9.

Δp = FΔt

a)

impulse-momentum eqn.

b)

x

10.

K = 1/2mv²

a)

kinetic energy eqn.

b)

x

11.

W = FdcosΘ

a)

work eqn.

b)

x

12.

ΔE = W = FdcosΘ

a)

work-energy eqn.

b)

x

13.

P = W / Δt = ΔE / Δt

a)

power eqn.

b)

x

14.

Θ = Θ₀ + ω₀t + 1/2αt²

a)

angular position eqn.

b)

x

15.

ω = ω₀ + αt

a)

final angular velocity eqn.

b)

x

16.

x = Acos(2πft)

a)

position on sinusoidal wave eqn.

b)

x

17.

α = τ_net/ I

a)

angular (rotational) acceleration eqn.

b)

x

18.

L = Iω

a)

angular (rotational) momentum eqn.

b)

x

19.

I = mr²

a)

rotational inertia eqn.

b)

x

20.

Θ

a)

angular (rotational) position

b)

x

21.

ω

a)

angular (rotational) speed

b)

x

22.

Θ = s / r

a)

angular (rotational) position eqn.

b)

x

23.

ω = ΔΘ / Θt

a)

angular (rotational) speed eqn.

b)

x

24.

τ = rFsinΘ

a)

torque eqn.

b)

x

25.

ΔL = τΔt

a)

rotational impulse eqn.

b)

x

26.

K = 1/2Iω²

a)

rotational kinetic energy eqn.

b)

x

27.

|F_s| = k|x|

a)

spring force eqn.

b)

x

28.

U_s = 1/2kx²

a)

elastic potential energy eqn.

b)

x

29.

ρ = m / V

a)

density eqn.

b)

x

30.

ΔU_g = mgΔy

a)

gravitational potential energy eqn.

b)

x

31.

w = mg

a)

weight eqn.

b)

x

32.

T = 2π / ω = 1 / f

a)

period eqn.

b)

x

33.

f = 1 / T

a)

frequency eqn.

b)

x

34.

T_s = 2π√(m/k)

a)

period for spring eqn.

b)

x

35.

T_p = 2π√(l/g)

a)

period for pendulum eqn.

b)

x

36.

|F_g| = G (m₁m₂/r²)

a)

Newton's law of universal gravitation eqn.

b)

x

37.

g = F_g /m

a)

gravitational coefficient eqn.

b)

x

38.

F_g = mg

a)

gravitational force eqn.

b)

x

39.

ΔKE = W = FdcosΘ

a)

work-kinetic energy eqn.

b)

x

40.

U_G = - G(m₁m₂/r)

a)

gravitational potential energy eqn.

b)

x

41.

|F_E| = k|(q₁q₂/r)|

a)

Coulomb's law eqn.

b)

x

42.

I = Δq/Δt

a)

electric current eqn.

b)

x

43.

R = ρl/A

a)

resistance eqn.

b)

x

44.

I = ΔV/R

a)

Ohm's law

b)

x

45.

P = IΔV

a)

electric power eqn.

b)

x

46.

R_s = Σ R

a)

series resistance eqn.

b)

x

47.

1/R_P = Σ 1/R

a)

parallel resistance eqn.

b)

x

48.

λ = ν/ƒ

a)

wavelength eqn.

b)

x

49.

F_c = mv² / r

a)

centripetal force eqn.

b)

x

50.

rad = (π/180⁰)Θ⁰

a)

degrees to radians conversion eqn.

b)

x

51.

Θ⁰ = (180⁰/π)rad

a)

radians to degrees conversion eqn.

b)

x

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