What is the magnitude of the orbital magnetic dipole moment

Reference no: EM13339137

An electron follows a circular orbit around the nucleus of a hydrogen atom at a radius of 5 *10^11m and with aperiod of 1.4 *10^-16s. What is the magnitude of the orbital magnetic dipole moment of the hydrogen atom?

Reference no: EM13339137

Questions Cloud

Write a program to hold an array of 20 numbers read : Write a program to hold an array of 20 numbers read in from the keyboard and display them backwards. Use a array and a loop to cycle through the numbers.

What is the radius of the inner sphere : Two concentric metal spheres are found to have a potential difference of 846.0 V when a charge of 3.586·10-8 C is applied to them. What is the radius of the inner sphere

How to call a function from main : Call a function from main(), passing one value to it. Return TWO values, both the square of the number and the number to the power of three.

-discuss the similarities and differences between structural : 1-Discuss the similarities and differences between Structural Functional perspectives of crime and the Conflict perspective of crime

What is the magnitude of the orbital magnetic dipole moment : An electron follows a circular orbit around the nucleus of a hydrogen atom at a radius of 5 *10^11m and with aperiod of 1.4 *10^-16s. What is the magnitude of the orbital magnetic dipole moment of the hydrogen atom

What angle will the string make with the vertical : Suppose you are driving a car around in a circle of radius 182 ft, at a velocity which has the constant magnitude of 33 ft/s. What angle (in degrees) will the string make with the vertical

Compute the debt ratio and equity ratio : Compute the gross margin ratio and net profit margin ratio, compare the current ratio and acid-test ratio and compute the debt ratio and equity ratio.

What is the pressure change in water going from a pipe : What is the pressure change in water going from a 3.0- cm-diameter pipe to a 2.1- cm-diameter pipe if the velocity in the smaller pipe is 5.0 m/s

Environment-based theories of coping : Read Aldwin's presentation of person-based and environment-based theories of coping

User Account

All Pages