Unit One, Chapter Two - Shapes Of Atomic Orbitals And Quantum Numbers Flashcards

1
Q

How to find quantum number Ms?

A

Either +1/2 or -1/2 (no two electrons occupying the same orbital can have the same spin)

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2
Q

How to find quantum number Ml?

A

Range of values between positive and negative forms of I (e.g. L-2 , Ml = - 2, - 1, 0,+1,+2)

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3
Q

How to find quantum number l?

A

s-orbital = 0
p-orbital= 1
d-orbital = 2
f-orbital = 3

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4
Q

How to find quantum number n?

A

Number of shells

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5
Q

Which shells have d-orbitals?

A

All except for first and second

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6
Q

Which shells have p-orbitals?

A

All except the first

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7
Q

Which shells have an s-orbital?

A

All shells

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8
Q

In what order do the orbitals fill with elections?

A

s → p → d

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9
Q

The diameter of s-orbitals…

A

… Increases as the shell number increases

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10
Q

What are orbitals?

A

regions where there is a high probability of finding an electron

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11
Q

What does a d-orbital look like?

A

Four tear drop shapes in a cross (+)

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12
Q

What does a p-orbital look like?

A

Two tear drop shapes opposite each other (symmetricaI)

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13
Q

What does an s-orbital look like?

A

A sphere

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14
Q

What are the four types of orbitals?

A

s, p, d, and f

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15
Q

How many elections can one orbital hold?

A

Two (max)

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16
Q

What is a standing wave?

A

Waves that vibrate in time but do not move in space

17
Q

In an isolated atom…

A

… The orbitals within each shell are said to be degenerate

18
Q

What is Ms?

A

Spin magnetic quantum number (opposite to Ml for paired electrons)

19
Q

What is Ml?

A

Magnetic quantum number (representing orientation)

20
Q

What is l?

A

Angular momentum quantum number (representing shape)

21
Q

What is n?

A

Principal quantum number (representing energy)