A sledgehammer strikes a spike with an average force of 2125 N[down] over a time interval of 0.0205 s. Calculate the impulse of the interaction. 11
A sledgehammer strikes a spike with an average force of 2125 N[down] over a time interval of 0.0205 s. Calculate the impulse of the interaction. 11
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![32. In a crash test similar to the one described in
problem 31, another car, with the same mass
and velocity as the first car, experiences an
impulse identical to the value
in problem 31. However, the second car was
designed to crumple more slowly than the
first. As a result, the duration of the interac-
tion was 57.1 ms. Determine the average
force exerted on the second car.
30. A sledgehammer strikes a spike with an
average force of 2125 N[down] over a time
interval of 0.0205 s. Calculate the impulse of
the interaction.
you
calculated
31. In a crash test, a car strikes a wall with an
average force of 1.23 x 10' N[S] over an
interval of 21.0 ms. Calculate the impulse.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F21144c78-88f8-433b-b27b-a54b6ab1d2e2%2F090323fc-32dd-49ed-9e56-0d5005cd4b7a%2Fequc0pc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:32. In a crash test similar to the one described in
problem 31, another car, with the same mass
and velocity as the first car, experiences an
impulse identical to the value
in problem 31. However, the second car was
designed to crumple more slowly than the
first. As a result, the duration of the interac-
tion was 57.1 ms. Determine the average
force exerted on the second car.
30. A sledgehammer strikes a spike with an
average force of 2125 N[down] over a time
interval of 0.0205 s. Calculate the impulse of
the interaction.
you
calculated
31. In a crash test, a car strikes a wall with an
average force of 1.23 x 10' N[S] over an
interval of 21.0 ms. Calculate the impulse.
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