Physics First Semester Equations Review

Match the following quantities.

• α

• angular velocity

• ω

• torque

• I

• angular displacement

• θ_rad

• angular acceleration

• τ

• rotational inertia

Match the following quantities.

• KE

• momentum

• PE

• potential energy

• p

• impulse

• J

• kinetic energy

Match the following quantities.

• IMA

• efficiency

• AMA

• power

• W

• work

• η

• actual mechanical advantage

• P

• ideal mechanical advantage

Match the following quantities.

• T

• centripetal force

• k

• spring constant

• f

• period

• a_c

• frequency

• F_c

• centripetal acceleration

Match the following equations.

• Fd

• force

• ma

• kinetic energy

• Fd/t

• momentum

• 1/2mv²

• work

• mv

• power

Match the following equations.

• Iω

• torque

• 1/2Iω²

• angular momentum

• Fr

• power

• τω

• kinetic energy

• τθ_rad

• work

Match the following equations.

• 1/2mv_f² - 1/2mv_i²

• work

• 1/2mv²

• kinetic energy

• mv

• momentum

• Δp = Ft

• potential energy

• mgh

• impulse

Match the following equations.

• F_ir_i = F_or_o

• law of levers

• Fd

• work

• F_o/F_i

• power

• W/t

• IMA

• d_i/d_o

• AMA

Match the following equations.

• 2π√m/k

• centripetal force

• mv²/r

• period of a pendulum

• 2π√L/g

• spring constant

• -F/x

• period of a spring

• v²/r

• centripetal acceleration

Match the following equations.

• ma

• frequency

• μF_N

• force of gravitation between two bodies

• mg

• weight

• 1/T

• force

• G•m₁m_2/r²

• friction