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Atom economy % =
RAM of desired product / RAM of all of the reactants X100
1 of 22
Acid + Base →
Salt + Water
2 of 22
Acid + Metal Oxide →
Salt + Water
3 of 22
Relative Atomic Mass (Ar) =
Sum Of Isotope Abundance X Isotope Mass Number / Sum Of All The Isotopes
4 of 22
Mass Of An Element In A Compound % =
Ar X Number Of Atoms / Mr of compound X100
5 of 22
Concentration (mol/dm3) =
Moles of solute / Volume of solvent
6 of 22
Gradient =
Change in Y / Change in X
7 of 22
Alkaline + Oxygen →
Carbon dioxide + carbon monoxide + water +energy
8 of 22
Concentration (g/dm3) =
Mass of solute / Volume of solute
9 of 22
Volume of gas =
mass of gas / Mr of gas X24
10 of 22
Surface area to volume ratio =
Surface are / Volume
11 of 22
Hydro carbon + Oxygen →
Carbon dioxide + Water+ energy
12 of 22
Moles =
Mass / Mr
13 of 22
% Yield =
Mass of product actually made / Max theoretical mass of product X 100
14 of 22
Rate of reaction =
Amount of reactant used or amount of product formed / Time
15 of 22
Acid + Metal →
Salt + Hydrogen
16 of 22
Metal + Water →
Meal Hydroxide + Hydrogen
17 of 22
Alcohol + Carboxylic acid →
Ester +Water acid catalyst
18 of 22
Iron + Oxygen +Water →
Hydrated Iron Oxde
19 of 22
Rf =
Distance traveled by substance / Distance traveled by solvent
20 of 22
Uncertainty =
Range / 2
21 of 22
OIL RIG
Oxidation Is Loss Reduction Is Loss
22 of 22

Other cards in this set

Card 2

Front

Salt + Water

Back

Acid + Base →

Card 3

Front

Salt + Water

Back

Preview of the back of card 3

Card 4

Front

Sum Of Isotope Abundance X Isotope Mass Number / Sum Of All The Isotopes

Back

Preview of the back of card 4

Card 5

Front

Ar X Number Of Atoms / Mr of compound X100

Back

Preview of the back of card 5
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