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Answer :
The momentum of the 79 kg man on the eastbound train is 10,665 kg·m/s east. Thus, option (b) is correct.
To find the momentum of the man on the train, we use the momentum formula: p = mv, where p is momentum, m is mass, and v is velocity.
- Step 1: Identify the mass (m) of the man.
Given: m = 79 kg - Step 2: Identify the velocity (v) of the train.
Given: v = 135 m/s (eastbound) - Step 3: Multiply mass by velocity to find momentum.
p = m × v = 79 kg × 135 m/s = 10,665 kg·m/s (east)
Complete Question:
What is the momentum of a 79 kg man on an eastbound train that is traveling 135 m/s? (p=mv)
a. 214 kg · m/s east
b. 10,665 kg · m/s east
c. 1.7 kg · m/s east
d. 10,270 kg · m/s east
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