Atoms And Reaction Flashcards

(34 cards)

1
Q

Ideal gas equation

A

pV=nRT

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2
Q

What is formed in a neutralisation reaction

A

A salt and water

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3
Q

Metal + Acid products

A

Metal salt + hydrogen

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4
Q

Metal oxide + Acid products

A

Salt + water

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5
Q

Metal carbonate + Acid products

A

Metal salt + Carbon dioxide + Water

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6
Q

Oxygen oxidation number

A

-2

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7
Q

Oxygen in peroxide’s oxidation number

A

-1

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8
Q

Hydrogen oxidation number

A

+1

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9
Q

Hydrogen oxidation in metal hydrides

A

-1

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10
Q

Oxidation number rules

A

All uncombined elements have oxidation number 0
For monoatomic ion its same as charge
Molecular ions, sum of oxidation numbers is same as charge
Neutral compounds have 0

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11
Q

Orbital

A

A region within an atom that can hold up to 2 electrons with opposite spin

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12
Q

Spin pairing

A

Idea that two electrons spin in opposite direction if in the same orbital

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13
Q

Principle quantum number

A

The number given to the shell energy level

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14
Q

S sub shell max electrons

A

2

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15
Q

P max electron

A

6

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16
Q

D max electrons

17
Q

F max electrons

18
Q

S orbital shape

19
Q

P orbital shape

20
Q

Mass spectra: Relative atomic mass

A

Multiply each relative isotopic mass by its relative isotopic abundance and add up results
Divide by sum of isotopic abundance’s

21
Q

Ar from isotopic Abundance

A

Multiply each relative isotopic mass by its % relative isotopic abundance and add up the results
Divide by 100

22
Q

Empirical formula

A

The smallest whole hunger ratios of atoms of each element in a compound

23
Q

Molecular formula

A

Gives the actual number of atoms of each type of element in a molecule

24
Q

Nitrate ion

25
Carbonate ion
CO3 2-
26
Sulfate ion
SO4 2-
27
Ammonium ion
NH4 +
28
Zinc ion
Zn2+
29
Silver ion
Ag+
30
First ionisation energy
Energy needed to remove 1 mole of electrons from 1 mole of gaseous atoms
31
Gas volume at RTP
24dm^3mol^-1
32
RTP
298 K | 101.3kPa
33
Percentage yield
(Actual yield/theoretical)x100
34
Atom economy
(Molecular mass of Desired product/ sum of molecular masses of all products)x100