Figure shows the displacement-time $\left(x-t\right)$ Graph for an oscillating mass. Use the graph to determine the following quantities:

The acceleration in ${\mathrm{cms}}^{-2}$ when $t=1.0 \mathrm{s}$.

An object moving with S.H.M goes through two Complete cycles in $1.0 s$. Calculate the period T.

An object moving with S.H.M goes through two complete cycles in 1.0 s. Calculate the frequency f.

An object moving with S.H.M goes through two complete cycles in 1.0 s. Calculate the angular frequency(ω).

Figure shows the displacement- time graph for an oscillating mass. Use the graph to determine the following: Amplitude

A displacement-time graph

Figure shows the displacement- time graph for an oscillating mass. Use the graph to determine Period.

A displacement-time graph

Figure shows the displacement- time graph for an oscillating mass. Use the graph to determine the frequency.

A displacement-time graph

Figure shows the displacement- time graph for an oscillating mass. Use the graph to determine the angular frequency.

A displacement-time graph

Figure shows the displacement- time graph for an oscillating mass. Use the graph to determine the displacement at A

A displacement-time graph