two bodies have a mass ratio of 3:4.the force applied on the bigger mass produces an acceleration of 12 ms2.what could be the acceleration of the other body,if
Science
sanjay3595
Question
two bodies have a mass ratio of 3:4.the force applied on the bigger mass produces an acceleration of 12 ms2.what could be the acceleration of the other body,if the same forces acts on it
2 Answer

1. User Answers Anonym
9 ms2
because 
F1=F2
THEN
ma=Ma
3*12=4*a
so
acceleration =9ms2

2. User Answers BrainlyZendhya
 Acceleration of the other body = 16 m/s²
Explanation:
Given :
 Mass of the first body = 3
 Mass of the second body = 4
 Force applied on the bigger mass produces an acceleration = 12 m/s²
We know that,
Force = Mass × Acceleration
 F = m × a
To find the Force, We have to take bigger mass,
⟹ F = 4 × 12
⟹ F = 48 N
To find the acceleration of the other body,
⟹ F = m × a
⟹ a = F / m ( And smaller mass = 3 )
⟹ a = 48 / 3
⟹ a = 16 m/s²
 Hence, Acceleration of the other body = 16 m/s²