Find the acceleration ( in m/s2) of 2 kg block in the figures (A) and (B) shown at the instant when 1 kg block falls from 2 kg block (at t=0). (Systems are in equilibrium at t=0)(Take g=10 m/s2)

Find the acceleration ( in m/s2) of 2 kg block in the figures (A) and

1.	Find the acceleration ( in m/s2) of 2 kg block in the figures (A) and (B) shown at the instant when 1 kg block falls from 2 kg block (at t=0). (Systems are in equilibrium at t=0)(Take g=10 m/s2)
Answer» Find the acceleration ( in ${m/s}^{2}$ ) of $2 kg$ block in the figures $(A)$ and $(B)$ shown at the instant when $1 kg$ block falls from $2 kg$ block (at $t = 0$ ). (Systems are in equilibrium at $t = 0$ ) (Take $g = 10 m / s^{2}$ )

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Find the acceleration ( in m/s2) of 2 kg block in the figures (A) and (B) shown at the instant when 1 kg block falls from 2 kg block (at t=0). (Systems are in equilibrium at t=0)(Take g=10 m/s2)

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