Test #2 prep Flashcards

(26 cards)

1
Q

Quantum Mechanical

A

Model of an atom to Explain the way in which electrons exist and behave.

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2
Q

Orbitals

A

Volume in space with high probability of finding the electron

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3
Q

Quantum Numbers

A

To describe the orbitals each electron is described by a unique set of quantum numbers.

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4
Q

Angular Quantum Number (L)

(principle 2)

A

Sublevel (subshell)

Specific type of orbital

Value given by L is given by numvers that go from

  • 0 to N-1

Each possible value of L represents a sublevel

(a specific type of orbital)

Value Of L Type of orbital

0 S

1 P

2 D

3 F

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5
Q

Quantum Number (N)

(Principle 1)

A

Represents the Energy level (or shell)

Values 1-7

It is given by the peroids on the perodic table

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6
Q

Magnetic Number (ML)

(Principle 3)

A

How many orbital of each type

Ex. if there are three possible values of Ml. There are 3 orbitals of that specific type of orbital.

  • Value of ML
  • L to +L

Ex, if L=3

-3, -2, -1, 0, 1, 2, 3

7 possible values of ML (7 orbitals)

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7
Q

Spin Quantum Numbers (MS)

(Principle 4)

A

electron configuration

+1/2 up or -1/2 down

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8
Q

Ionic Bonds

(compound)

A

transfer of electrons

M X

M= metal always +

X= Negative

example, NaCl

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9
Q

Covalent or Molecular Bond

(compound)

A

Sharing of electrons

Example, CO2

NON METALS!!!

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10
Q

Valence electron e-

A

Electrons in the highest energy level

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11
Q

Elements losing e-

A

Positive e- is cations

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12
Q

Elements gaining e-

A

Negative ions are anions

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13
Q

Electron configuration for Cr Chromium

and Cu Copper

A
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14
Q

Acetate

Formula and Charge

A

C2H3O2-

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15
Q

Carbonate

Formula

A

CO32-

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16
Q

Hyrdoxide Formula

17
Q

Nitrite Formula

18
Q

Nitrate Formula

19
Q

Phosphate Formula

20
Q

Ammonium Formula

A

NH4+

Positive

21
Q

Sulfite Formula

22
Q

Sulfate Formula

23
Q

IsoElectronic

A

When an ion and an Atom have the same number of e-‘s

(so same e- configuration)

trying to be like a noble gas

Example, Ca+2 Iso electronic trying to be like Ar or Argon

24
Q

Pauli Exclusion principle

A

no two electrons in an atom have the same set of quantum numbers

n, l, ml, ms< in regards to spin

25
Aufbau Principle
orbitals of the lowest energy are filled first in gerneral exceptions transition metals
26
hunds rule
multiple orbitals of the same energy fill one electron in each orbital before pairing electrons