Explain a particle rotates on the surface of a sphere

Assignment Help Chemistry

Reference no: EM13196652

A particle rotates on the surface of a sphere. The angular momentum of the particle can be considered as a vector starting at the center of the sphere and pointing outward.

a. In the classical description of the particle, what shape does the tip of angular momentum vector trace out as the particle moves?

b. In the quantum mechanical description of the particle, what shape does the tip of angular momentum vector trace out as the particle moves?

c. Your answer to parts (a) and (b) should be different. What principle makes the quantum mechanical and classical descriptions of the particle correspond?

d. Using the principle in part(c), explain how the quantum mechanical description of the shape the anguar momentum traces out changes into the classical description.

Reference no: EM13196652

Questions Cloud

Find the velocity of the top of the ladder : Find the velocity of the top of the ladder at time t=2.

Define the wavenumber of light associated with a transition : Consider the 1H19F molecule. The bond length of 1H19F is 91.7 pm. The wavenumber of light associated with a transition from the ground vibrational state to the first excited state is 1159.18 cm^-1.

About how long does the drive take : Justin travels 30 miles at a rate of 65 mi/hr to get to work each day. About how long does the drive take?

Explain the cost-based markup ratio : A firm is targeting 35,000 net monthly profit servicing 2000 cars. What price should the firm charge to realize the targeted profit.

Explain a particle rotates on the surface of a sphere : A particle rotates on the surface of a sphere. The angular momentum of the particle can be considered as a vector starting at the center of the sphere and pointing outward.

What is the largest volume package : A postal service will accept packages only if the length plus girth is no more than 114 inches. Assuming that the front face of the package is square, what is the largest volume package that the postal service will accept?

Find the rate at which it is gaining altitude : An airplane is flying in still air with an airspeed of 425 miles per hour. If it is climbing at an angle of 31°, find the rate at which it is gaining altitude.

Explain the treatment efficiency of the trickling filter : The data for the trickling filter is the following: recirculation ratio = 1.5; diameter = 25 m; depth = 2 m. Determine the hydraulic load (m3/dm2) and the treatment efficiency of the trickling filter.

State the cupric hydroxide intermediate in the synthesis : Why is it particularly important to wash the cupric hydroxide intermediate in the synthesis of cupric acetate (verdigris)? Be specific about what is being removed and why it matters.

User Account

All Pages