A particle vibrates in SHM along a straight line. Its greatest acceleration is 5π2 cm s−2 and when its distance from the equilibrium position is 4cm, the velocity of the particle is 3π2 cm s−2. The amplitude and the period of oscillation of the vibrating particle(in SI units) are a and T respectively.Report the sum of numerical values of (a+T)

A particle vibrates in SHM along a straight line. Its greatest acceler

1.	A particle vibrates in SHM along a straight line. Its greatest acceleration is 5π2 cm s−2 and when its distance from the equilibrium position is 4cm, the velocity of the particle is 3π2 cm s−2. The amplitude and the period of oscillation of the vibrating particle(in SI units) are a and T respectively.Report the sum of numerical values of (a+T)
Answer» A particle vibrates in SHM along a straight line. Its greatest acceleration is $5 π^{2} {cm s}^{- 2}$ and when its distance from the equilibrium position is $4 cm$ , the velocity of the particle is $3 π^{2} {cm s}^{- 2}$ . The amplitude and the period of oscillation of the vibrating particle(in SI units) are $a$ and $T$ respectively. Report the sum of numerical values of $(a + T)$

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