Vertical Projectile Motion notes

This section is revision of constant-acceleration motion and the start of vertical projectile motion in 1D. You must be able to explain a projectile, define free fall, use **$g=9{,}8\,\mathrm{m\cdot s^{-2}}$…

This section is graphs of Type 1: dropping a projectile. The object is released from rest ($v_i=0$), then in free fall. You must sketch and interpret position vs time ($y$–$t$ or $x$–$t$), velocity vs time ($v$–$t$…

This section is an object projected vertically upwards: it is given an initial velocity upward, then moves under gravity only. Air resistance is neglected. You must use **$g=9{,}8\,\mathrm{m\cdot s^{-2}}$, pick…

This section is graphs of Type 3: a bouncing ball (exam guidelines: bouncing objects, restricted to balls). You must sketch and interpret position vs time ($y$–$t$ or $x$–$t$), velocity vs time ($v$–$t$) and acc…