"भौतिकी के सूत्र" (अनुभाग) सम्पादित करें

== [[स्थिर त्वरण]] (Constant acceleration) ==
Equations in translation and rotation, assuming constant acceleration.
{| class="wikitable"
|-
! भौतिक राशि
! रेखीय गति
! घुर्णन गति
|-
|विस्थापन
|<math>\Delta v = at</math>
|<math>\Delta \omega = \alpha t</math>
|-
|समय
|<math>\Delta(v^2) = 2a\Delta x</math>
|<math>\Delta(\omega^2) = 2\alpha\Delta \theta</math>
|-
|त्वरण
|<math>\Delta x = t\Delta v/2</math>
|<math>\Delta \theta = t\Delta \omega/2</math>
|-
|प्रा०वेग
|<math>\Delta x = -at^2/2 + v_2t</math>
|<math>\Delta \theta = -\alpha t^2/2 + \omega_2t</math>
|-
|अंतिमवेग
|<math>\Delta x = +at^2/2 + v_1t</math>
|<math>\Delta \theta = +\alpha t^2/2 + \omega_1t</math>
|}