(a)[1]
Explain the meaning of deceleration.
(b(i))[2]
Using Fig. 1.1, work out the distance covered from times $t = 3.0\,\text{s}$ to $t = 6.0\,\text{s}$.
(b(ii))[2]
Using Fig. 1.1, determine the deceleration from $t = 3.0\,\text{s}$ to $t = 6.0\,\text{s}$.
(c(i))[1]
State what happens to the magnitude of the deceleration after time $t = 6.0\,\text{s}$.
(c(ii))[1]
State what happens to the resultant force acting on the skater after time $t = 6.0\,\text{s}$.