five kinematics equations

Δx=12(v1+v2)Δt,(B1)\tag{B1} \Delta x = \tfrac12 (v_1 + v_2) \Delta t,

v2=v1+aΔt,(B2)\tag{B2} v_2 = v_1 + a \Delta t,

Δx=v1Δt+12at2,(B3)\tag{B3} \Delta x = v_1 \Delta t + \tfrac12 a t^2,

v22=v12+2aΔx,(B4)\tag{B4} v_2^2 = v_1^2 + 2 a \Delta x,

Δx=v2Δt12at2.(B5)\tag{B5} \Delta x = v_2 \Delta t - \tfrac12 a t^2.

Brian Neave, "The big 5 equations of motion", SPH3U, Essex District Hight School, Ontario, 17 Feb 2015 (-), url https://mrneave.weebly.com/uploads/1/3/5/9/13590915/the_big_5_equations_of_motion.pdf [20250216].