Question

A force of 5 N gives a mass m1, an acceleration of 10 m s-2 and a
mass m2, an acceleration of 20 m s-2. What acceleration would it give if both the
masses were tied together?






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Answer 1

Answer:

6.67 m/s²

Explanation:

F1 = 5N

a1 = 10m/s²

m1 = ?

F1 = a1 × m1

5N = 10m/s² × m1

5 kg×m/s² ÷ 10 m/s² = m1. (Newton is defined as kg×m/s²)

0.5 kg or 500 grams

F2 = 5N

a2 = 20m/s²

m2 = ?

F2 = a2 × m2

5N = 20m/s² × m2

5N ÷ 20m/s² = m2

0.25 kg or 250 grams

Now total mass of both the bodies (because they are tied together) = m1 + m2

= 500 g + 250 g

= 750 g or 0.75 kg

Now to find acceleration, we apply the formula F = ma

F = ma

5N = 0.75 kg × a

5N ÷ 0.75 kg = a

6.67 m/s² = a

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Answer 2

Explanation:

The answer is a

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