Can you use the same variational wave function as in (2) to determine the energy of...

Can you use the same variational wave function as in (2) to determine the energy of the first excited state of the one-dimensional harmonic oscillator? Why or why not?

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genius_generous answered 1 year ago

Consider the asymmetric 1/2 harmonic oscillator. use the Variational Principle to estimate the ground state energy...

Consider the asymmetric 1/2 harmonic oscillator. use the Variational Principle to estimate the ground state energy of this potential. Use as your trial function Axe^bx^2

How the wave function and wave packets can be used to explain the particle-wave properties of...

How the wave function and wave packets can be used to explain the particle-wave properties of electrons?

1) can an object bothbhave kinetic energy and gravitational energy at the same time? Explain. 2)if...

1) can an object bothbhave kinetic energy and gravitational energy at the same time? Explain. 2)if an object has 6J of gravitational energy, in what process can it do 6J of work? 3) if a spring has 6J of elastic energy, in what process can it do 6J of work? Please help me answer the previous questions( I will give a good rating) thank you!

(a) Given a wave function, if the quanton's energy is less than its potential at a...

(a) Given a wave function, if the quanton's energy is less than its potential at a location, how can you tell where V is large and where V is small (with V > E)? (b) Describe key components of Stern-Gerlach apparatus, one result of the Stern-Gerlach experiment, and what this result says about the nature of particles. (c) Describe the photoelectric effect, one result of the photoelectric effect, and what this result says about the nature of photons.

A fellow student of mathematical bent tells you that the wave function of a traveling wave...

A fellow student of mathematical bent tells you that the wave function of a traveling wave on a thin rope is y(x,t)= 2.10 mm cos[( 7.02 rad/m )x+( 749 rad/s )t].Being more practical-minded, you measure the rope to have a length of 1.34 m and a mass of 3.32 g . Part A Determine the amplitude. Part B Determine the frequency Part C Determine the wavelength. Part D Determine the wave speed. Part E Determine the direction the wave is...

For the following situations, determine whether the energy of the given system is the same at...

For the following situations, determine whether the energy of the given system is the same at the initial and final states indicated (i.e., is the energy of the system constant or not). 0pts 0pts A block is hung from a spring that is vertical and connected to the ceiling. The block is made to oscillate vertically. Call the initial state when the block is at its highest position and the final state when the block is at its equilibrium position....

Determine the position of the Fermi energy level as a function of the concentrations of dopant...

Determine the position of the Fermi energy level as a function of the concentrations of dopant atoms added to the semiconductor.

What is wave ? Differentiate between Longitudinal wave and Transverse wave. How can you generate both...

What is wave ? Differentiate between Longitudinal wave and Transverse wave. How can you generate both types of wave on a slinky? Write in detail

(2) Please show that a discontinuity arises in the first derivative of the wave function of...

(2) Please show that a discontinuity arises in the first derivative of the wave function of the infinite potential well (0 to L).

1. Use the derivative function, f'(x)f′(x), to determine where the function f(x)=−2x^2+14x−8 is increasing. 2.Use the...

1. Use the derivative function, f'(x)f′(x), to determine where the function f(x)=−2x^2+14x−8 is increasing. 2.Use the derivative function f'(x)f′(x) to determine where the function f(x)=2x^3−27x^2+108x+13 is increasing. 3.Use the derivative function f'(x)f′(x) to determine where the function f(x)=2x^3−27x^2+108x−12 is decreasing. 4.Find each value of the function f(x)=−x^3+12x+9 where the line tangent to the graph is horizontal. x=

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