Physics

Jaylon Pitts

22 July, 16:35

The simplest atomic nucleus in nature is molecular formula of hydrogen, which consists of a single proton. Individual protons have charge and can be thought of as small spinning spheres. A charged spinning sphere will generate a magnetic field, whose direction is indicated by the magnetic moment of the object, vector mu. In what direction will the proton rotate, based on the direction of its magnetic moment and the direction of the uniform magnetic field that it is immersed in?

+2

Answers (1)

Know the Answer?

Not Sure About the Answer?

Get an answer to your question ✅ “The simplest atomic nucleus in nature is molecular formula of hydrogen, which consists of a single proton. Individual protons have charge ...” in 📙 Physics if there is no answer or all answers are wrong, use a search bar and try to find the answer among similar questions.

Search for Other Answers

You Might be Interested in

Why do scientists use scientific notation?

Qué ocurre con el espectro cuando se interpone el celofán de colores?

An electric current that is varied to represent information is a (n) a. electronic signal b. digital signal c. integrated circuit d. electromagnetic wave

Find δerxn for the combustion of naphthalene. the heat capacity of the calorimeter, determined in separate experiment, is 5.11kj/∘ c.

If it takes 42 minutes to load 3 1/2 trucks, how many minutes will it take to load 6 1/2 trucks?

New Questions in Physics

For glass fragments to be individualized, what must be true? A. They must fit together B. They must have the same density C. They must look the same D. They must be the same color

In what way would a digital thermometer be preferable to those from a liquid-based thermometer? Digital thermometer readings are easier to use when performing calculations.

Why does the core of the sun contain more helium and less hydrogen than the surface of the sun?

What happens to a light ray passing through the center of a lens?

A spider crawling across a table leaps onto a magazine blocking its path. The initial velocity of the spider is 0.870 m/s at an angle of 35.0Â° above the table, and it lands on the magazine 0.0770s after leaving the table. Ignore air resistance.