A vertical pile of mass 150 kg is driven 120 mm into the ground by the blow of a 1100 kg hammer, which falls through 800 mm. assuming the hammer and pile remain in contact, determine the following: i) The velocity of the hammer just before impact ii) The velocity immediately after impact iii) The resistive force of the ground, assuming it to be uniform

icon
Related questions
Question
b) A vertical pile of mass 150 kg is driven 120 mm into the ground by the blow of a
1100 kg hammer, which falls through 800 mm. assuming the hammer and pile
remain in contact, determine the following:
i) The velocity of the hammer just before impact
ii) The velocity immediately after impact
iii) The resistive force of the ground, assuming it to be uniform
Transcribed Image Text:b) A vertical pile of mass 150 kg is driven 120 mm into the ground by the blow of a 1100 kg hammer, which falls through 800 mm. assuming the hammer and pile remain in contact, determine the following: i) The velocity of the hammer just before impact ii) The velocity immediately after impact iii) The resistive force of the ground, assuming it to be uniform
Expert Solution
steps

Step by step

Solved in 3 steps with 3 images

Blurred answer
Similar questions
  • SEE MORE QUESTIONS