What details is essential to determine the power of one electron in a many-electron atom? inspect all that apply.

You are watching: What information is needed to determine the general shape of an orbital

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Concepts and also reasonThe distribution of electron in the atom can be defined by quantum numbers. There room 4 species of quantum numbers:

Principal quantum numberAzimuthal quantum numberMagnetic quantum numberSpin quantum number

FundamentalsPrincipal quantum number: It explains the dimension of the orbital. That is denoted by the price (n). It additionally describes the power of the orbital. The value of n = 1, 2, 3….

Azimuthal quantum number: It defines the subparts and also shape that the orbital.It is denoted by the symbol (l). The value of l have the right to be determined from n.

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Magnetic quantum number: it describes the orientation of orbit in space. The is denoted through the price (ml). The variety of magnetic quantum number is from –l to +l. L = azimuthal quantum number.
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Spin quantum number: defines the spin of electrons. That is denoted by the prize (s). The worth of turn quantum number should be one of two people

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Answer:

The energy of an electron in many–electron atom is defined by principal quantum number (n) and also azimuthal quantum number (l).The option, ml is wrong since it explains the orientation of orbital in space.The option, multiple sclerosis is wrong due to the fact that it defines the turn of electron in orbital.

Information necessary to recognize the power of an electron in many–electron atom:

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The power of one electron in many–electron atom is identified by both principal quantum number (n) and also azimuthal quantum number (l).

The size of an orbital have the right to be described by major quantum number (n).The option, l is wrong since it defines the form of the orbital.The option, ml is wrong due to the fact that it describes the orientation of orbital in space.The option ms is wrong due to the fact that it defines the rotate of electron in orbital.

Information required to recognize the size of one orbital:

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The form of an orbital is identified by primary quantum number (n).

The option, n is wrong since it describes the size and energy of an orbital.The option, l is wrong because it describes the shape of the orbital.The orientation of orbital in an are is established by magnetic quantum number (ml).The option ms is wrong due to the fact that it explains the turn of electron in orbital.Information needed to determine the orientation of an orbital:

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The orientation the an orbit is figured out by magnetic quantum number (ml).

The option, n is wrong because it explains the size and energy of an orbital.The form of the orbit is described by the azimuthal quantum number (l).The choice ml is wrong since it identify the orientation that an orbital in space.The choice ms is wrong since it describes the spin of electron in orbital.

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Information necessary to recognize the general shape of an orbital:

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The basic shape of an orbital is figured out by magnetic quantum number (ml).