User:Sofakingbad/Sandbox

$$\vec{v}_{av}=\frac{\Delta\vec{d}}{\Delta t}$$

$$\Delta d_R=\sqrt{(\Delta d_1)^2+(\Delta d_2)^2}$$

$$\vec{a}_{av}=\frac{\Delta\vec{v}}{\Delta t}$$

$$\vec{v}_{av}=\frac{\vec{v}_f-\vec{v}_i}{\Delta t}$$

$$\Delta \vec{d}=\vec{v}_i\Delta t+\frac{\vec{a}_{av}(\Delta t)^2}{2}$$

$$\Delta \vec{d}=\vec{v}_f\Delta t-\frac{\vec{a}_{av}(\Delta t)^2}{2}$$

$$v_f^2=v_i^2+2a_{av}\Delta d$$

$$\Delta \vec{d}=\frac{1}{2}(\vec{v}_i+\vec{v}_f)\Delta t$$

$$x=\vec{v}\Delta t$$

$$y=\vec{v}\Delta t+\vec{a}\Delta t^2$$

$$\vec{F}_{net}=\vec{F}_1+\vec{F}_2+\vec{F}_3+...$$

$$\vec{F}_{net}=m\vec{a}$$

$$\vec{g}=9.8N/kg$$

$$\vec{g}=9.8m/s^2$$

$$F_G=\frac{Gm_1m_2}{d^2}$$

$$G=6.67*10^{-11}N\left(\frac{m^2}{kg^2}\right)$$

$$|F_N|=|F_G|=m|\vec{g}|$$

$$\mu_K=\frac{F_K}{F_N}$$

$$\mu_S=\frac{F_S}{F_N}$$

Extra:

$$Study = No Fail$$

$$No Study = Fail$$

$$Study+No Study=Fail+No Fail$$

$$Study(1+No)=Fail(1+No)$$

$$Study=\frac{Fail(1+No)}{1+No}$$

$$Study=Fail$$

Lol...