A force of 5 N gives a mass m₁ , an acceleration of 8 m/s² , and a mass of m₂ , an acceleration of 24m/s².
What acceleration would it give if the both the masses are tied together ?
Answers
Answered by
26
Force= Mass × Acceleration
Considering the first case
CASE-1
Force=5 N
acceleration=8 ms⁻²
From the above formula:
5=m₁ × 8
m₁=5/8 kg
CASE-2
Force=5 N
Acceleration= 24ms⁻²
5=m₂ × 24
m₂=5/24 kg
Now to the question:
What if both the masses are tied together [considering the rope used is weightless]
CASE-3
Force=5 N
mass=m₁+m₂=5/8 +5/24 = 0.6250 +0.2083 = 0.8333
Force=mass × acceleration
acceleration= Force/Mass
=5/0.8333
=6.00024 m⁻² ≈ 6 ms⁻²
Considering the first case
CASE-1
Force=5 N
acceleration=8 ms⁻²
From the above formula:
5=m₁ × 8
m₁=5/8 kg
CASE-2
Force=5 N
Acceleration= 24ms⁻²
5=m₂ × 24
m₂=5/24 kg
Now to the question:
What if both the masses are tied together [considering the rope used is weightless]
CASE-3
Force=5 N
mass=m₁+m₂=5/8 +5/24 = 0.6250 +0.2083 = 0.8333
Force=mass × acceleration
acceleration= Force/Mass
=5/0.8333
=6.00024 m⁻² ≈ 6 ms⁻²
Similar questions