Calculate average potential energy for harmonic oscillator

Assignment Help Physics

Reference no: EM13991970

Calculate the average potential energy for the v=1 state of a harmonic oscillator. Use the substitutions for α and ω from your class notes to simplify your answer.

Reference no: EM13991970

Questions Cloud

Determine the tax consequences of the sale : Determine the tax consequences of the sale of the land.

Derive an expression for the sensor height : The fuel tank on a car is d = 0.35 m tall. The fuel level in the tank is detected by a L = 0.66 m arm that is free to rotate about a pivot at an upper fuel tank corner. Its sensor end floats at the surface of the fuel as indicated in the diagram, ..

Calculate the average pressure exerted on the palm : Calculate the average pressure exerted on the palm of a shot-putter's hand by the shot, if the area of contact is 48.0 cm2 and he exerts a force of 810 N on it.

Estimating the income tax treatment : Determine the income tax treatment of the $5,000 payment Arlene receives for the release of the restrictive covenant.

Calculate average potential energy for harmonic oscillator : Calculate the average potential energy for the v=1 state of a harmonic oscillator. Use the substitutions for α and ω from your class notes to simplify your answer.

Provides various types of help to taxpayers : The Internal Revenue Service provides various types of help to taxpayers on its World Wide Web site (www.irs.gov/). Its publication series explains the tax treatment of many different transactions and situations.

What is fundamental difference between electric field lines : What is the fundamental difference between electric field lines between positive and negative charges and magnetic field lines betwen north pole and south pole?

Find the length of an organ pipe closed at one end : Find the length of an organ pipe closed at one end that produces a fundamental frequency of 587 Hz when air temperature is 18.0oC. What is its fundamental frequency at 26.0oC?

Calculate average induced voltage between the tips of wings : Calculate the average induced voltage between the tips of the wings of an airplane flying above east lansing at a speed of 975 km/h. the wingspan of the airplane is 32.9m.

User Account

All Pages