Determine what is its spring constant

Reference no: EM13711948

Problem: A 2 kg block is dropped from 45 cm above a spring.

Part A: If the spring compresses 5 cm when struck by the block, what is its spring constant?

Please show how you obtained the spring constant.

Reference no: EM13711948

Questions Cloud

Determine the maximum possible magnitude : A hydrogen atom is in its fifth excited state, with principal quantum number 6. The atom emits a photon with a wavelength of 7 474 nm. Determine the maximum possible magnitude of the orbital angular momentum of the atom after emission

What is the average energy of a conduction electron : The Fermi energy of copper at 300 K is 7.05 eV. What is the average energy of a conduction electron

Every sample of a pure element, regardless of its physical : Every sample of a pure element, regardless of its physical state, is assigned zero Gibbs free energy of formation.a.)True b) False

What is the average energy of a conduction electron : The Fermi energy of copper at 300 K is 7.05 eV. What is the average energy of a conduction electron

Determine what is its spring constant : A 2 kg block is dropped from 45 cm above a spring. what is its spring constant

The free energy generated by ion movement in the cell : The free energy generated by ion movement in the cell is used by the cell to do work. Compute the minimum number of millimoles of sodium that would be needed to pump one millimole of calcium ions if the following concentrations were present i..

What is the average energy of a conduction electron : The Fermi energy of copper at 300 K is 7.05 eV. What is the average energy of a conduction electron

Explain how academic knowledge impacts the social elements : Explain how academic knowledge impacts the social elements and institutions of both local and global communities and review of six internet sources

What is the change in velocity of the mass : Gravity is the only force acting on a 2 kg mass. The potential energy of the mass increases by 144 J, What is the change in velocity of the mass

User Account

All Pages