Question

The magnetic quantum number is associated with: Select one: a. The spin moment of an electron....

The magnetic quantum number is associated with:

Select one:

a. The spin moment of an electron.

b. The electron subshells.

c. Bohr energy levels.

d. The number of electron orbitals in each subshell.

Engineering   Civil-Engineering   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

d.The number of electron orbitals in each subshell.

Magnetic quantum number is one of four quantum numbers in atomic physics. That is principal contact numbers, azimuthal Quantum numbers, magnetic Quantum numbers and spin Quantum numbers. The magnetic contact numbers distinguish the orbit available within the subshell and is used to calculate the azimuthal component of orientation orbit in space. Electron in particular subshell such as (s,p,d or f) are defined by values (0,1,2,3). Each of these orbit can accomodate two electrons

PLEASE LIKE

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
3a. An electron in an atom has an orbital magnetic quantum number, ml = -4. Use...
3a. An electron in an atom has an orbital magnetic quantum number, ml = -4. Use this information for this and the next three problems. Determine the component of the orbital angular momentum Lorb,z. Give your answer in the form "+/-a.bc x 10^(y) unit". 3b. Determine the z component of the orbital magnetic dipole moment. Give your answer in the form "+/-a.bc x 10^(y) unit". 3d. Determine the potential energy associated with the spin, Uspin. Give your answer in the...
An electron spin can adopt either of two orientations in a magnetic field, and its energies...
An electron spin can adopt either of two orientations in a magnetic field, and its energies are ±μB, where μ = 9.274 x 10-24 J/T is the Bohr magneton and B is the intensity of the magnetic field (often reported in teslas, T). Calculate the relative populations of upper to lower energy spin states at 4 K, the temperature of liquid helium. Take B = 1 T. Find the numerical value.
An electron (a spin-1/2 particle) sits in a uniform magnetic field pointed in the x-direction: B...
An electron (a spin-1/2 particle) sits in a uniform magnetic field pointed in the x-direction: B = B0xˆ. a) What is the quantum Hamiltonian for this electron? Express your answer in terms of B0, other constants, and the spin operators Sx, Sy and Sz, and then also write it as a matrix (in z basis). b) What are the energy eigenvalues, and what are the associated normalized eigenvectors (in terms of our usual basis)? You may express the eigenvectors either...
1. Atomic orbitals are a mathematical representation of the _____________ an electron in the region around...
1. Atomic orbitals are a mathematical representation of the _____________ an electron in the region around the nucleus of an atom. a. spin of b. frequency of c. probability of finding d. wavelength of 2. The greater the principle quantum number of an electron in a hydrogen atom, the greater the ___________ of the atom. a. potential energy b. wavelength c. speed d. frequency 3.The principle quantum number for an electron about an atom is designated by ___________ a. a...
In electron spin resonance (ESR) and nuclear magnetic resonance (NMR), the energy levels of electrons or...
In electron spin resonance (ESR) and nuclear magnetic resonance (NMR), the energy levels of electrons or protons, respectively, are split with a magnetic field (otherwise known as the Zeeman effect). Electrons or protons with spin in the same direction as the magnetic field have lower energies than electrons or protons with spins aligned opposite to the field. The energy difference between these levels depends on the strength of the field, so ESR and NMR can be used to measure, very...
1. As we increase the quantum number of an electron in a one-dimensional, infinite potential well,...
1. As we increase the quantum number of an electron in a one-dimensional, infinite potential well, what happens to the number of maximum points in the probability density function? It increases. It decreases. It remains the same 2. If an electron is to escape from a one-dimensional, finite well by absorbing a photon, which is true? The photon’s energy must equal the difference between the electron’s initial energy level and the bottom of the nonquantized region. The photon’s energy must...
A hydrogen atom stays in the 3rd excited state (n = 4). Consider of the quantum...
A hydrogen atom stays in the 3rd excited state (n = 4). Consider of the quantum behavior of the electron, but ignore the quantum behavior of the nucleus. (a) What are the possible values for the quantum number l and what are the corresponding orbitals? Write down the magnitude of each orbital angular momentum (in units of ħ). (b) For each value of l, what are possible values for the quantum number ml and the magnitude of the z component...
4. Answer the following questions: (diff=3) a. For n = 4, what are the possible values...
4. Answer the following questions: (diff=3) a. For n = 4, what are the possible values of the angular momentum quantum number, l? b. What subshells are possible within n = 4? c. For l = 2, what are the possible values of the magnetic quantum number, ml? d. What orbitals do these l and ml values correspond to? e. If ml is 2, what are the possible values for l ? f. What is the maximum number of electrons...
Quantum numbers arise naturally from the mathematics used to describe the possible states of an electron...
Quantum numbers arise naturally from the mathematics used to describe the possible states of an electron in an atom. The four quantum numbers, the principal quantum number (n), the angular momentum quantum number (ℓ), the magnetic quantum number (mℓ), and the spin quantum number (ms) have strict rules which govern the possible values. Identify allowable combinations of quantum numbers for an electron. Select all that apply. a) n=4, l=2, ml=3, ms=+1/2 b) n=6, l=6, ml= 1, ms=-1/2 c) n=3, l=1,...
Applying the magnetic field to a system of electrons with a spin of 1/2, one can...
Applying the magnetic field to a system of electrons with a spin of 1/2, one can study paramagnetism. Describe the partition function, Helmholtz free energy, magnetic moment, and susceptibility using canonical ensemble.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT