Secondary and Higher Education - Acche Marks

\[ v_{\max }=\sqrt{r g\left[\frac{\mu_{S}+\tan \theta}{1-\mu_{s} \tan \theta}\right]} \]

February 4, 2024 by Acche Marks

\(\begin{array}{l}v=\sqrt{\mu r g} \end{array}\) (horizontal unbanked road)

February 4, 2024 by Acche Marks

\(\begin{array}{l}\omega=2 \pi n \quad\end{array}\)

February 4, 2024 by Acche Marks

\( \begin{array}{l} \omega=\frac{2 \pi}{T}\end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l} \alpha=\frac{\omega}{t}\end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l} \omega=\frac{\theta}{t}\end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l} \bar{a}=\bar{a}_{\mathrm{t}}+\bar{a}_{\mathrm{r}}\end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l} a=r \alpha\end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l} v=r \omega \end{array}\)

February 4, 2024 by Acche Marks

\(\begin{array}{l}\mathrm{S}=\mathrm{r} \theta\end{array}\)

February 4, 2024 by Acche Marks

The equation represents the relationship between arc length and angular displacement in circular motion, where s is the arc length, r is the radius, ø is the angle measure in radians.