Compute the probabiltiy of finding the particle

Reference no: EM13267395

Atoms in a chemical bond vibrate around the equilibrium bond length, an atom undergoing vibrational motion is described as the wave function W(x)=Ne^(-x^2/2a^2) where a is constant and -infinity <x< infinity (a) normalize this function and (b) calculate the probabiltiy of finding the particle in the range -a equal to or greater than x equal to or greater than a

Reference no: EM13267395

Questions Cloud

What are the mean and standard deviation : If you require an expected return of 12%, what is the composition of your portfolio ? In other word what fraction of your money should be invested in Stock A and Stock B repspectively. What is the standard deviation of your portfolio?

How does the formating and organization of a formal report : How does the formating and organization of a formal report differ from the formats we've practiced in ohter types of business writing?

Explain how the ability to form hydrogen bonds : Understand how the ability to form hydrogen bonds gives water cohesiveness and how this property is exploited by living things.

Find the change in potential energy of skier-earth system : A 50.0 kg skier is at the top of a slope. At the initial point at the top is 25.0 m vertically above point at the bottom. find the change in Potential energy of the skier-Earth system as the skier goes from top to bottom

Compute the probabiltiy of finding the particle : where a is constant and -infinity

Using the theory of optimal bank funds management : Using the theory of optimal bank funds management, please write an essay (3/4 - 1 pg) discussing some of the implications for what we should see US banks doing and whether US banks seems to operate according to these basic principles.

What will the price of a share be after the seo : All shareholders will be issued ten rights, each right purchasing a new share at a price of $1.50. What will the price of a share be after the SEO, if all shareholders exercise their rights?

What is the minimum uncertainty in the electrons momentum : An electron is trapped within a sphere whose diameter is 5.90 × 10-15 m, What is the minimum uncertainty in the electron's momentum

Explain why are some covalent bonds polar : Why are some covalent bonds polar and others aren't? Understand why the covalent bonds of water are polar and those in the hydrogen molecule (H2) are non-polar.

User Account

All Pages