1. Kinematics
Relation between \(\Delta x\), \(a\), \(v_i\), and \(t\) (missing \(v_f\))
\[\Delta x = \dfrac{1}{2}at^2 + v_i t\]
Relation between \(v_f\), \(v_i\), \(a\) and \(t\) (missing \(\Delta x\))
\[v_f = v_i + at\]
Relation between \(v_f\), \(v_i\), \(a\), and \(\Delta x\) (missing \(t\))
\[{v_f}^2 = {v_i}^2 + 2a \Delta x\]
Relation between \(\Delta x\), \(v_i\), \(v_f\), and \(t\) (missing \(a\))
\[\Delta x = \dfrac{1}{2} (v_i + v_f) t\]