How much would the block compress the spring

Reference no: EM13277261

A block starts from rest at the top of a 30.0° inclined frictionless plane and after travelling 1.00 m encounters a spring, of constant 3.0 kN/m, rigidly attached to the plane. If the block's mass is 35.0 kg, how much would the block compress the spring?

Reference no: EM13277261

Questions Cloud

Plan be for the strategic planning retreat : Considering the challenges she is facing, what should Anita's plan be for the strategic planning retreat? How would you reformulate the Art Center's mission? Does the Center need a new strategy? Why or why not

Determine the capacitance of this device : A parallel capacitor has plates 2.0cm x 3.0cm. The plates are separated by a 1.0mm thick piece of paper. Find the capacitance of this device

Calculate the circuit current and ohmic value of resistor : If the voltage drop across the capacitor is 115 volts and the power taken by the circuit is 922 watts, calculate a) the circuit current, b) the ohmic value of the resistor, c) the line voltage, d) the circuit power factor

Explain a shift in the equilibrium to the right : Consider the reaction: 2N2O(g) O2(g) + 2N2(g). Which of the following will cause a shift in the equilibrium to the right? 1. Add more N2O 2. Remove O2 3. Remove N2

How much would the block compress the spring : A block starts from rest at the top of a 30.0° inclined frictionless plane and after travelling 1.00 m encounters a spring, how much would the block compress the spring

Research its international presence : 1)Choose a U.S. company, and research its international presence. Explain reasons why this company expanded into the global market

Explain the wavefunction will become ionized : The wavefunction will become ionized d. The parity of the wavefunction will go to zero e. the sign might change f. the particles become fermions g. The wavefunction will invert around a center of inversion h. nothing may happen

Write an expression for the h field of the wave in medium 2 : Using the solution for , write an expression for the H field of the wave in medium 2, which is due to the surface-current source. Hint: Since the current-sheet source is independent of x and y, so will be the wave it generates - this is a plane wa..

Calculate the temperature at the end of each process : Here is a simple heat engine: Start with 20 moles of monatomic gas, occupying 0.50 m3 of volume at 400 K. Calculate the temperature at the end of each process

User Account

All Pages