which would require greater force accelerating at 6 kg at 3 m/s square or 8 kg mass at 2 m/s square?
Answers
Answered by
16
Given :-
Mass of 1st body =6kg
Acceleration on 1st body = 3m/s^2
Mass of 2nd body = 8kg
Acceleration on 2nd body = 2m/s^2
To find :-
The greater force applied on which body
According to Newton 2nd law of motion
★ Force = mass × Acceleration
Force 1= m1×a1
Force 1= 6×3
★Force applied on first body = 18 N
◆ Now 2nd body
F = ma
force 2= m2× a2
force 2 = 8×2
★ Force applied on 2nd body = 16N
● The greater force applied on the first body by 2 N !
Answered by
28
Answer:
First object by 2 newtons
Explanation:
Given:
- Mass of the first object = 6 kg
- Acceleration of the first object = 3 m/s²
- Mass of the second object = 8 kg
- Acceleration of the second object = 2 m/s²
To find:
- Which object would require greater force
Force = Mass×Acceleration
Force on first object = 6×3
=18 Newtons
The force required to accelerate a 6 kg object at 3 m/s²
Force on second object = Mass×Acceleratrion
Force on second object = 8×2
= 16 n
First object requires more force than the second object by 2 newtons
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