861 kg Answer Bank 162 kg 2.60 x 10¹ kg-m/s 28.3 kg-m/s 29.9 kg 1070 kg-m/s 151 kg-m/s 3.79 kg 10600 kg 7.07 kg-m/s

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**Exercise Overview: Calculating Speeds from Mass and Momentum**

You are given five values of mass and five values of momentum. Your task is to form combinations of these quantities to generate a list of decreasing speeds, from the largest possible speed to the smallest possible speed. Remember, speed is calculated by dividing momentum by mass. The solid lines represent division.

**Mass and Momentum Values (Answer Bank):**

- **Mass Values:**
  - 861 kg
  - 162 kg
  - 29.9 kg
  - 3.79 kg

- **Momentum Values:**
  - 1070 kg·m/s
  - 151 kg·m/s
  - 2.60 × 10³ kg·m/s
  - 28.3 kg·m/s
  - 7.07 kg·m/s

**Fill in the blanks with the calculated speeds:**

1. Largest possible speed: ______
2. Second largest speed: ______
3. Third largest speed: ______
4. Fourth largest speed: ______
5. Smallest possible speed: ______

Use the dropped mass and momentum values to find the correct answers and rank them in order.
Transcribed Image Text:**Exercise Overview: Calculating Speeds from Mass and Momentum** You are given five values of mass and five values of momentum. Your task is to form combinations of these quantities to generate a list of decreasing speeds, from the largest possible speed to the smallest possible speed. Remember, speed is calculated by dividing momentum by mass. The solid lines represent division. **Mass and Momentum Values (Answer Bank):** - **Mass Values:** - 861 kg - 162 kg - 29.9 kg - 3.79 kg - **Momentum Values:** - 1070 kg·m/s - 151 kg·m/s - 2.60 × 10³ kg·m/s - 28.3 kg·m/s - 7.07 kg·m/s **Fill in the blanks with the calculated speeds:** 1. Largest possible speed: ______ 2. Second largest speed: ______ 3. Third largest speed: ______ 4. Fourth largest speed: ______ 5. Smallest possible speed: ______ Use the dropped mass and momentum values to find the correct answers and rank them in order.
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