Answer:
Mass 1
Explanation:
Take any set of points of the masses:
Let's say the masses in the acceleration 4 m/s (because it represents the points more clearer)
Force = mass × acceleration.
But we need to know the mass if force and acceleration is given.
So,
Mass = Force ÷ acceleration
Now back to the set of points
mass = force ÷ acceleration
For mass 1,
mass = 8 ÷ 4
mass = 2
For mass 2,
mass = 4 ÷ 4
mass = 1
For mass 3,
mass = 2 ÷ 4
mass = 1/2
As you can see from the results, mass 1 definitely has the largest.
Now that you have read through here and think, "we might as well depend on the graph". You are correct but sometimes you should not rely on the graph.
