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A force of \(5\ N\) gives a mass \(m_1\), an acceleration of \(10\ m\ s^{–2}\) and a mass \(m_2\), an acceleration of \(20\ m\ s^{-2}\). What acceleration would it give if both the masses were tied together?
From the Newton's second law, We know that,
Mass of the first object (\(m_1\)) \(=\) \(kg\)
Mass of the second object (\(m_2\)) \(=\) \(kg\)
Acceleration produced in the combined mass \(=\) \(m\ s^{-2}\)
(Note: Enter your answer in two decimal digits)
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