A force of 10 Newton when applied on MA gives an acceleration of 10 metre per second. It and an acceleration of 20 metre per second squared is produced when applied to mass M2 what acceleration would produce by this force, if both masses M1 and M2 you are tied together.
Answers
Answer:
Given:- Force F = 10N
When mass is m1 then Acceleration a1 = 10ms-2
When mass is m2 then Acceleration a2 = 20ms-2
Also F = ma
10 = m1x 10
=1kg
Also 10 = m2 x 20
=0.5kg
m2=0.5 kg
Total mass of the system M= m1 + m2
M = (1 + 0. 5)
=1.5 kg
10 = (1.5 x a)
Or a= 6.66ms-2
Explanation:
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Answer:
6.67 m/s² (approx.)
Explanation:
Force (F) = Mass (m) * Acceleration (a) (Newton's 2nd Law Of Motion)
For M1,
10 N = M1 * 10 m/s²
⇒ M1 = 10N / 10m/s² = 1 kg
For M2,
10 N = M2 * 20 m/s²
⇒ M2 = 10N / 20m/s² = 0.5 kg
Combined mass of M1 and M2 = 1 + 0.5 = 1.5 kg
So, the acceleration produced by both the masses tied together will be:
10 N = 1.5 kg * a
⇒ a = 10N / 1.5kg
⇒ a = 6.66666666667 m/s² ≈ 6.67 m/s²
Hence, the acceleration produced if both the masses are tied together will be roughly 6.67 m/s².