After a block and marble collide, the block executes SHM

Related BrainMass Solutions

• Block M, with block m on top, executes SHM on frictionless surface. Find maximum amplitude for which m remains in place.

  18994 Block M, with block m on top, executes SHM on frictionless surface. Find maximum amplitude for which m remains in place. A block of mass M= 10 kg is on a frictionless horizontal surface.

• Physics sample question: Compressed spring question

  20061 A compressed spring drives two blocks from rest. They separate and the remaining block executes SHM. On a frictionless table, a spring has one end fixed and the other attached to block M. Block m, is in contact but not attached to M.

• Find friction coefficient such that block m does not slip.

  A total mass 'm + M' driven by a spring with force constant 'k', executes SHM with a period given by: (2) T= (2 Pi) Sqrt([m+M]/k) C. The angle in (1) changes by '2 Pi radians' during one period 'T'.

• Elastic Collision

  Let's assign the velocity of block #1 after the collision to be v1 and that of block #2 to be v2.

• Analyzing Elastic Collision in One Dimension

  Solution: Before the collide, the velocity of both blocks are: v=sqrt(gR/2) assume after collide, for the mass m block, the vlocity is v1, another one is v2 For elastic collision kinemic energy and momentom did not change, we got two equations:

• spring and simple harmonic motion

  Its acceleration is greates when the mass has reached its maximum displacement. See problem 2. The motion of the SHM can be written as Then the velocity is The acceleration is A and B are obvious wrong.

• Spring Compression with Moving Blocks

  A block of mass slides along a frictionless table with a speed of 10 m/s. Directly in front of it, and moving in the same direction, is a block of mass moving at 3.0m/s.

• Mechanics: 3 Probles on conservation of energy and momentum

  Part C What is the speed of the block/bullet system after the collision?

• Physical pendulums

  7073 Physical pendulums with SHM. A thin uniform ring, placed on a knife edge pivot executes SHM period 'Tr'. The same ring is cut, then straightened to form a bar, which executes SHM with a period 'Tb'. Find the ratio of periods, Tb/Tr. Step1.