Answer the following:
Using Newton's Second Law of Motion, derive the SI unit of force. A force of \(30\ N\) produces an acceleration of \(60\ m\ s^{-2}\) on a mass \(m_1\) and an acceleration of \(15\ m\ s^{-2}\) on a mass \(m_2\). What acceleration would the same force provide if both the masses are tied together?
From the Newton's second law, We know that
The unit of the force (\(F\)) is,
Acceleration if both masses are tied together \(=\) \(m\ s^{-2}\).
[Note: Enter your answer with two decimal digits]