(a)[2]
Distinguish between mass and weight by giving the difference.
(b)
An object $O$ with mass $4.9\text{ kg}$ hangs from a rope $A$ attached at point $P$. It is pulled to one side and kept in equilibrium by a second rope $B$, as shown in Fig. 2.1. Rope $A$ makes an angle $\theta$ with the horizontal, while rope $B$ is horizontal. The tension in rope $A$ is $69\text{ N}$ and the tension in rope $B$ is $T$.
(b(i))[2]
On Fig. 2.1, draw arrows showing the directions of every force acting on object $O$.
(b(ii).1)[3]
Calculate the value of the angle $\theta$.
(b(ii).2)[2]
Calculate the value of the tension $T$.
(ii.1)[3]
Calculate the value of the angle $\theta$.
(ii.2)[2]
Calculate the value of the tension $T$.