Question

. Сколько значений магнитного квантового числа возможно для электронов энергетического подуровня, орбитальное квантовое число которого =2? =3?

Answer 1

Так чему равно число?

Answer 2

Number of Possible Magnetic Quantum Numbers for an Electron with an Orbital Quantum Number of 2

The magnetic quantum number (m) represents the orientation of an electron's orbital within a sublevel. It determines the number of possible orientations an electron can have within a specific sublevel.

For an electron with an orbital quantum number (l) of 2, the possible values of the magnetic quantum number (m) can be determined using the formula:

Number of possible m values = 2l + 1

Substituting the value of l = 2 into the formula, we get:

Number of possible m values = 2(2) + 1 = 5

Therefore, for an electron with an orbital quantum number of 2, there are 5 possible values for the magnetic quantum number (m).

Number of Possible Magnetic Quantum Numbers for an Electron with an Orbital Quantum Number of 3

Similarly, for an electron with an orbital quantum number (l) of 3, the number of possible values for the magnetic quantum number (m) can be determined using the same formula:

Number of possible m values = 2l + 1

Substituting the value of l = 3 into the formula, we get:

Number of possible m values = 2(3) + 1 = 7

Therefore, for an electron with an orbital quantum number of 3, there are 7 possible values for the magnetic quantum number (m).

In summary: - For an electron with an orbital quantum number of 2, there are 5 possible values for the magnetic quantum number (m). - For an electron with an orbital quantum number of 3, there are 7 possible values for the magnetic quantum number (m).

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