механикаа

$$F=2m\left[v,\omega\right]$$

$$F=ma$$

$$F=m\omega^2r$$

$$F=-2m\left[v,\omega\right]$$

$$a=\frac{dv}{dt}r$$

$$a=2\left[\omega,v\right]$$

$$a=-\omega^2r$$

$$a=\frac{F}{M}$$

$$F=ma$$

$$F=\frac{mv^2}{R}$$

$$F=-2m\left[\omega,v\right]$$

$$F=2m\left[\omega,v\right]$$

$$a=\frac{dv}{dt}\tau$$

$$a=2\left[\omega,v\right]$$

$$a=\frac{v^2}{r}n+\frac{dv}{dt}\tau$$

$$a=-\omega^2r$$

$$F=m\omega^2R$$

$$F=-2m\left[\omega,v\right]$$

$$F=-m\omega^2R$$

$$F=2m\left[\omega,v\right]$$

$$F=\frac{mv^2}{2}$$

$$F=\gamma\cdot\frac{m_1m_2}{r^2}$$

$$F=mg$$

$$Re=\frac{v_0^2}{gl}$$

$$Re=\frac{\rho lv_0}{\eta}=\frac{lv_0}{v}$$

$$Re=\frac{v_0}{c}$$

$$Re=\frac{v_0\tau}{l}$$

$$p+\rho gh+\frac{\rho v^2}{2}=const$$

$$vp=const$$

$$vS=const$$

$$p+\rho gh=const$$

$$p+\frac{\rho v^2}{2}=const$$

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Инерцияның центре тартқыш күші

$$\frac{\rho^2v}{2}+\rho gh+p=const$$

$$\frac{\rho v}{2}+\rho gh+p=const$$

$$\frac{\rho^2v^2}{2}+\rho gh+p=const$$

$$\frac{\rho v}{2}+\rho^2gh+p=const$$

$$\frac{\rho v^2}{2}+\rho gh+p=const$$

$$v_1s_1=v_2s_2$$

$$\rho_1v_1^2s_1=\rho_2v_2^2S_2$$

$$\rho_1^2v_1s_1=\rho_2^2v_2S_2$$

$$\rho_1v_1s_1=-\rho_2v_2S_2$$

$$\rho_1v_1s_1^2=\rho_2v_2S_2^2$$