A spring block (force constant k=1000 N//m and mass m=4kg) system is suspended from the ceiling of an elevator such that block is initially at rest. The elevator begains to move upwards at t=0. Acceleration tome graphof the elevator is shown in the figure. Draw the displacement X (from its initial position taking upwards as positive) vs time graph of the block with respect to the elevator starting from t=0 to t=1 sec. Take pi^(2)=10.

A spring block (force constant k=1000 N//m and mass m=4kg) system is s

1.	A spring block (force constant k=1000 N//m and mass m=4kg) system is suspended from the ceiling of an elevator such that block is initially at rest. The elevator begains to move upwards at t=0. Acceleration tome graphof the elevator is shown in the figure. Draw the displacement X (from its initial position taking upwards as positive) vs time graph of the block with respect to the elevator starting from t=0 to t=1 sec. Take pi^(2)=10.
Answer» SOLUTION :FIGURE