Foolish, ambiguous question, with no correct answer, but at a wild guess, it MIGHT wobble about it own axis????
Answer:
135 m
Explanation:
Given:
vi = 12 m/s
vf = 18 m/s
t = 9s
Find: x
x = ½ (vf + vi) t
x = ½ (18 m/s + 12 m/s) (9 s)
x = 135 m
Work done by force is given by formula

now here work done against friction is given so force of friction here is

It moved by three corridors with each measures

so total distance will be

now from above formula of work done we will say


so above is the work done to move three corridors
Answer
given,
mass of ball = 130 g = 0.13 kg
speed = 6.5 m/s
t = 9.5 ms = 0.0095 s
rebound with 42 % of initial kinetic energy
a) 

v₂ = 4.212 m/s
b) impulse is equal to change in momentum


I = 1.393 kg m/s
c) Force = 
= 
F = 146.63 N