Final Velocity of Inelastic Collision ( $v_{b}$ $v_b$ )

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on

Jul 24, 2020, 6:28:07 PM

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on

Jul 5, 2016, 6:07:32 PM

v_{b} = \frac{C_{R} \cdot m_{a} (u_{a} - u_{b}) + m_{a} \cdot u_{a} + m_{b} \cdot u_{b}}{m_{a} + m b}

$v_b = ( C_R * m_a ( u_a - u_b )+ m_a * u_a + m_b * u_b )/( m_a +mb)$

(C_{R}) Coefficient of resitution

$(C_R)"Coefficient of resitution"$

(m_{a}) Mass of the first object

$(m_a)"Mass of the first object"$

(m_{b}) Mass of the second object

$(m_b)"Mass of the second object"$

(u_{a}) Initial velocity of the first object before impact

$(u_a)"Initial velocity of the first object before impact"$

(u_{b}) Initial velocity of the first object before impact

$(u_b)"Initial velocity of the first object before impact"$

References

The formula and definition of final velocity are from Wikipedia (https://en.wikipedia.org/wiki/Inelastic_collision).

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v_{b}

$v_b$ ), references 0 pages

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v_{b}

$v_b$ ), is used in 0 pages

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