Arrange the amount of momentum of these objects from the most momentum to the least momentum. When placing the objects in the correct order, record the value of their momentum.

1. A 0.4 kg baseball thrown by a major league pitcher at 120 m/s.
48kg*m/s

2. A 0.04 kg bullet traveling at 260 m/s.
10.4kg*m/s
3. A 4,200 kg truck moving at 3 m/s.
12600kg*m/s
4. A convertible sports car with a mass of 1,600 kg, cruising at 12 m/s.
19200kg*m/s

Are the answers correct? Also, how would i order them?

The answers are correct, and here is the correct order of the objects based on their momentum from the most to the least:

1. A convertible sports car with a mass of 1,600 kg, cruising at 12 m/s - 19200 kg*m/s
2. A 4,200 kg truck moving at 3 m/s - 12600 kg*m/s
3. A 0.4 kg baseball thrown by a major league pitcher at 120 m/s - 48 kg*m/s
4. A 0.04 kg bullet traveling at 260 m/s - 10.4 kg*m/s

To order the objects from the most momentum to the least momentum, we need to calculate the momentum for each object and compare the values.

1. A 0.4 kg baseball thrown by a major league pitcher at 120 m/s:
Momentum = mass × velocity = 0.4 kg × 120 m/s = 48 kg·m/s

2. A 0.04 kg bullet traveling at 260 m/s:
Momentum = mass × velocity = 0.04 kg × 260 m/s = 10.4 kg·m/s

3. A 4,200 kg truck moving at 3 m/s:
Momentum = mass × velocity = 4200 kg × 3 m/s = 12600 kg·m/s

4. A convertible sports car with a mass of 1,600 kg, cruising at 12 m/s:
Momentum = mass × velocity = 1600 kg × 12 m/s = 19200 kg·m/s

Now, let's order them based on their momentum values:

1. A convertible sports car with a mass of 1,600 kg, cruising at 12 m/s: 19200 kg·m/s
2. A 4,200 kg truck moving at 3 m/s: 12600 kg·m/s
3. A 0.4 kg baseball thrown by a major league pitcher at 120 m/s: 48 kg·m/s
4. A 0.04 kg bullet traveling at 260 m/s: 10.4 kg·m/s

Based on the calculations, the order from the most momentum to the least momentum should be:

1. A convertible sports car with a mass of 1,600 kg, cruising at 12 m/s: 19200 kg·m/s
2. A 4,200 kg truck moving at 3 m/s: 12600 kg·m/s
3. A 0.4 kg baseball thrown by a major league pitcher at 120 m/s: 48 kg·m/s
4. A 0.04 kg bullet traveling at 260 m/s: 10.4 kg·m/s

Therefore, the answers you provided are correct.