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1.Using these three relationships, and assuming mass is a constant... F = ma à = do dt mu = p %3D write an expression for Force in terms of momentum. 2. According to what you wrote, if the net force on the mass is zero, how does the momentum change?

1.Using these three relationships, and assuming mass is a constant... F = ma à = do dt mu = p %3D write an expression for Force in terms of momentum. 2. According to what you wrote, if the net force on the mass is zero, how does the momentum change?

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### Exploring Force and Momentum **1. Using these three relationships, and assuming mass is a constant:** - \(\vec{F} = m\vec{a}\) - \(\vec{a} = \frac{d\vec{v}}{dt}\) - \(m\vec{v} = \vec{p}\) Write an expression for Force in terms of momentum. --- **2. According to what you wrote, if the net force on the mass is zero, how does the momentum change?**
Transcribed Image Text:### Exploring Force and Momentum **1. Using these three relationships, and assuming mass is a constant:** - \(\vec{F} = m\vec{a}\) - \(\vec{a} = \frac{d\vec{v}}{dt}\) - \(m\vec{v} = \vec{p}\) Write an expression for Force in terms of momentum. --- **2. According to what you wrote, if the net force on the mass is zero, how does the momentum change?**
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