The graph below shows the force applied by an airbag to the passenger of a car...
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The graph below shows the force applied by an airbag to the passenger of a car when the car suffers a collision as a function of time--note the horizontal axis is measured in milliseconds. 2000 FA 1000 50 100 Time (ms) Air bag Force (N) 1. Between what times is the airbag being compressed by the passenger and when is the airbag at maximum compression? Explain. 2. What is the average force applied by the airbag during this interaction? Explain. 3. Determine the total impulse provided by the airbag to the passenger in the crashing car. The graph below shows the force applied by an airbag to the passenger of a car when the car suffers a collision as a function of time--note the horizontal axis is measured in milliseconds. 2000 FA 1000 50 100 Time (ms) Air bag Force (N) 1. Between what times is the airbag being compressed by the passenger and when is the airbag at maximum compression? Explain. 2. What is the average force applied by the airbag during this interaction? Explain. 3. Determine the total impulse provided by the airbag to the passenger in the crashing car. The graph below shows the force applied by an airbag to the passenger of a car when the car suffers a collision as a function of time--note the horizontal axis is measured in milliseconds. 2000 FA 1000 50 100 Time (ms) Air bag Force (N) 1. Between what times is the airbag being compressed by the passenger and when is the airbag at maximum compression? Explain. 2. What is the average force applied by the airbag during this interaction? Explain. 3. Determine the total impulse provided by the airbag to the passenger in the crashing car. The graph below shows the force applied by an airbag to the passenger of a car when the car suffers a collision as a function of time--note the horizontal axis is measured in milliseconds. 2000 FA 1000 50 100 Time (ms) Air bag Force (N) 1. Between what times is the airbag being compressed by the passenger and when is the airbag at maximum compression? Explain. 2. What is the average force applied by the airbag during this interaction? Explain. 3. Determine the total impulse provided by the airbag to the passenger in the crashing car.
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Related Book For
Income Tax Fundamentals 2013
ISBN: 9781285586618
31st Edition
Authors: Gerald E. Whittenburg, Martha Altus Buller, Steven L Gill
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