Homework Answers
Zeeman effect: it is related to splitting of spectral lines in static Strong magnetic field.
While splitting of spectral lines in strong electric field is known as stark effect.
Hence: Option A is correct.
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14. The Zeeman effect relates to (a) Splitting of spectral lines in a strong magnetic field....
quantum physic material samples are placed in a 1.5 T magnetic field. due to the zeeman effect, the distance of the spectral line becomes 500nm, if the orbit of the electron has the main quantum n...
quantum physic
material samples are placed in a 1.5 T magnetic field. due to the zeeman effect, the distance of the spectral line becomes 500nm, if the orbit of the electron has the main quantum number n -4. specify: A. Zeeman component distance b. draw the quantity of orbital angular space and its angle to the z axis C. Zeeman effects the frequency spectral line image d. magnetic energy
material samples are placed in a 1.5 T magnetic field. due...
13. The energy state with n=1 has the energy of (a) +13.6 eV (c)-13.6 eV (b)...
13. The energy state with n=1 has the energy of (a) +13.6 eV (c)-13.6 eV (b) -1.51eV (d) None 14. The Zeeman effect relates to (a) Splitting of spectral lines in a strong magnetic field. (b) Splitting of spectral lines in a strong electric field. (c) Both (d) None 15. The Uncertainty principle explains (a) Ax Apx 2h/21 (c) Ax Aph/rt (b) Ax Apx 2h/41 (d) None of the above 16. Moseley Plot explains the relationship between (a) 1/a Vs....
According to the time-independent perturbation theory, the strong-field Zeeman effect Select one: occurs when the external...
According to the time-independent perturbation theory, the strong-field Zeeman effect Select one: occurs when the external magnetic field field is larger than the internal magnetic field O occurs when the external magnetic field field is smaller than the internal magnetic field occurs when the external magnetic field field is in the same order of magnitude of the internal magnetic field
Properties of the Magnetic field lines is/are a. Field lines are always directed from N to...
Properties of the Magnetic field lines is/are a. Field lines are always directed from N to S pole O b. Field lines never cross each other O c. Both are true d. None are true
Question 1. In the Zeeman effect, the following selection rules are applied: A. Al=+1; Am=+1 B.Al...
Question 1. In the Zeeman effect, the following selection rules are applied: A. Al=+1; Am=+1 B.Al = +1; Am =0,+1 C. Al=0+1; Am=+1 D. Al=0+1; Am=0,+1 Question 2. In order of increasing strength the four basic interactions are: A. gravitational, weak, electromagnetic, and strong B. weak, gravitational, electromagnetic, and strong C. weak, electromagnetic, gravitational, and strong D. gravitational, electromagnetic, weak, and strong
At any point the magnetic field lines are in the direction of: the magnetic force on...
At any point the magnetic field lines are in the direction of: the magnetic force on a moving positive charge. the magnetic force on a moving negative charge. the velocity of a moving negative charge. None of the above
I need help with part C. (After part b, Draw the magnetic field lines for these...
I need help with part C. (After part b, Draw the magnetic field
lines for these two currents)
3. Two currents are shown in the figure below. Current a is into
the page and current b is out of the page. Both currents have the
same magnitude.
A and B:
a. Draw a vector representing the relative magnitude and
direction of the field at each of the black dots shown. You may do
this on your own paper, but there...
Explain why iron filings align to give the appearance of field lines when in a magnetic field How...
Explain why iron filings align to give the appearance of field lines when in a magnetic field How was the Gilley coil's magnetic field affected when the iron core was? (Hint: see Figure 2) Figure 2: As the magnetic field strength (H) increases from zero (a), the magnetic domains that are aligned parallel to it increase in size at the expense of their neighbouring domains (b), then whole domains start to switch (c) until all domains are aligned (d).
Explain...
39. As an electric current flows through a wire, a. a magnetic field is generated that...
39. As an electric current flows through a wire, a. a magnetic field is generated that is inversely related to the current. b. magnetic field lines form around the wire that reverse direction when the current is reversed. c. the lines of magnetic force created closest to the wire are the weakest. d. magnetic lines of force are formed around the wire in the same direction regardless of the direction of the current.
4) Draw in several magnetic field lines (with direction indicated) for parts a and b. Make...
4) Draw in several magnetic field lines (with direction indicated) for parts a and b. Make sure to include magnetic field lines both inside and outside of all magnets. b) SN SN NS For questions "c" through "e" will be answered with regards to the electromagnet made from the iron nail wrapped in loops of wire. A battery then pushes current through the loops of wire creating an electromagnet. mac) In the given example the tip of the nail (the...
quantum physic
material samples are placed in a 1.5 T magnetic field. due to the zeeman effect, the distance of the spectral line becomes 500nm, if the orbit of the electron has the main quantum number n -4. specify: A. Zeeman component distance b. draw the quantity of orbital angular space and its angle to the z axis C. Zeeman effects the frequency spectral line image d. magnetic energy
material samples are placed in a 1.5 T magnetic field. due...
13. The energy state with n=1 has the energy of (a) +13.6 eV (c)-13.6 eV (b) -1.51eV (d) None 14. The Zeeman effect relates to (a) Splitting of spectral lines in a strong magnetic field. (b) Splitting of spectral lines in a strong electric field. (c) Both (d) None 15. The Uncertainty principle explains (a) Ax Apx 2h/21 (c) Ax Aph/rt (b) Ax Apx 2h/41 (d) None of the above 16. Moseley Plot explains the relationship between (a) 1/a Vs....
According to the time-independent perturbation theory, the strong-field Zeeman effect Select one: occurs when the external magnetic field field is larger than the internal magnetic field O occurs when the external magnetic field field is smaller than the internal magnetic field occurs when the external magnetic field field is in the same order of magnitude of the internal magnetic field
Properties of the Magnetic field lines is/are a. Field lines are always directed from N to S pole O b. Field lines never cross each other O c. Both are true d. None are true
Question 1. In the Zeeman effect, the following selection rules are applied: A. Al=+1; Am=+1 B.Al = +1; Am =0,+1 C. Al=0+1; Am=+1 D. Al=0+1; Am=0,+1 Question 2. In order of increasing strength the four basic interactions are: A. gravitational, weak, electromagnetic, and strong B. weak, gravitational, electromagnetic, and strong C. weak, electromagnetic, gravitational, and strong D. gravitational, electromagnetic, weak, and strong
I need help with part C. (After part b, Draw the magnetic field
lines for these two currents)
3. Two currents are shown in the figure below. Current a is into
the page and current b is out of the page. Both currents have the
same magnitude.
A and B:
a. Draw a vector representing the relative magnitude and
direction of the field at each of the black dots shown. You may do
this on your own paper, but there...
Explain why iron filings align to give the appearance of field lines when in a magnetic field How was the Gilley coil's magnetic field affected when the iron core was? (Hint: see Figure 2) Figure 2: As the magnetic field strength (H) increases from zero (a), the magnetic domains that are aligned parallel to it increase in size at the expense of their neighbouring domains (b), then whole domains start to switch (c) until all domains are aligned (d).
Explain...
39. As an electric current flows through a wire, a. a magnetic field is generated that is inversely related to the current. b. magnetic field lines form around the wire that reverse direction when the current is reversed. c. the lines of magnetic force created closest to the wire are the weakest. d. magnetic lines of force are formed around the wire in the same direction regardless of the direction of the current.
4) Draw in several magnetic field lines (with direction indicated) for parts a and b. Make sure to include magnetic field lines both inside and outside of all magnets. b) SN SN NS For questions "c" through "e" will be answered with regards to the electromagnet made from the iron nail wrapped in loops of wire. A battery then pushes current through the loops of wire creating an electromagnet. mac) In the given example the tip of the nail (the...
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