Which of the following would have the greatest force? an object with low mass accelerating slowly

an object with low mass accelerating quickly
an object with high mass accelerating quickly<---
an object with high mass accelerating slowly

the force you would need to accelerate an object with high mass quickly is the biggest one.

Am I right?

To determine which of the given scenarios would have the greatest force, we need to consider Newton's second law of motion, which states that force is equal to mass multiplied by acceleration (F = m * a). In this case, the force is dependent on both the mass and the acceleration of the object.

Let's analyze each scenario:

1. An object with low mass accelerating slowly: Since both the mass and acceleration are low, the force exerted by the object would also be low.

2. An object with low mass accelerating quickly: Here, the acceleration is high, but the mass is low. Therefore, the force exerted by the object would be greater than in the previous scenario, but still less than the other two options.

3. An object with high mass accelerating quickly: In this case, the mass is high, and the acceleration is also high. According to Newton's second law of motion, the force exerted by the object would be the greatest among the given options.

4. An object with high mass accelerating slowly: Finally, with a high mass but low acceleration, the force exerted by the object would be greater than option 1 but still less than option 3.

Thus, the object with high mass accelerating quickly would have the greatest force among the given scenarios.