"भौतिकी के सूत्र" (अनुभाग) सम्पादित करें

== एकसमान वृत्तीय गति (Uniform circular motion) ==
{| class="wikitable"
|[[uniform circular motion]] angular to linear displacement
|<math>x = \theta r</math>
|-
|[[uniform circular motion]] angular to linear speed
|<math>v = \theta \omega</math>
|-
|[[uniform circular motion]] angular to linear acceleration [[normal component]]
|<math>a_r = \omega^2r</math>
|-
|[[uniform circular motion]]
|<math>\mathbf{d} = \mathbf{i}cos\omega t + \mathbf{j}sin\omega t</math>
|-
|[[uniform circular motion]] tangential speed
|<math>\mathbf{v} = \mathbf{d}' = -\omega r (\mathbf{i}\sin\omega t - \mathbf{j}\cos\omega t)</math>
|-
|[[uniform circular motion]] [[tangential component]], scalar
|<math>a_t = \alpha r</math>
|-
|[[uniform circular motion]] [[centripetal acceleration]]
|<math>\mathbf{a} = \mathbf{d}'' = -\omega^2\mathbf{d} = -v^2\mathbf{n}/r</math>
|-
|[[uniform circular motion]] [[centripetal acceleration]] scalar
|<math>\alpha=v^2/r</math>
|-
|[[uniform circular motion]] [[centripetal force]]
|<math>f = -mv^2/r</math>
|-
|[[uniform circular motion]] revolution time
|<math>T=2\pi r/v</math>
|-
|}