Step 1 :Substitute \(t=24\) into the function \(a(t)=7t+14\) to find the distance of Particle A from the wall after 24 ms.
Step 2 :\[a(24)=7(24)+14=182\]
Step 3 :Substitute \(t=24\) into the function \(b(t)=6t+10\) to find the distance of Particle B from the wall after 24 ms.
Step 4 :\[b(24)=6(24)+10=154\]
Step 5 :Compare the distances of Particle A and Particle B from the wall after 24 ms.
Step 6 :Particle A is \(\boxed{182}\) cm away from the wall after 24 ms.
Step 7 :Particle B is \(\boxed{154}\) cm away from the wall after 24 ms.
Step 8 :Therefore, Particle B was closer to the wall 24 ms after it started moving.