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The mole

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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

Define amount of substance

Back (Answer)

The quantity whose unit of the mole, used as a means of counting any species such as atoms, ions, and molecules

#2
Front (Question)

Define mole

Back (Answer)

The amount of substance containing as many elementary particles as there are carbon atoms in exactly 12g of the carbon-12

#3
Front (Question)

Define Avogadro’s constant

Back (Answer)

The number of atoms per mole of the carbon-12 isotope

#4
Front (Question)

Define Molar Mass

Back (Answer)

The mass per mole of a substance

#5
Front (Question)

What are the units for molar mass?

Back (Answer)

g per mole

#6
Front (Question)

Define empirical formula

Back (Answer)

The simplest whole number ratio of atoms of each element present in a compound

#7
Front (Question)

Define molecular formula

Back (Answer)

The actual number of each element present in a molecule

#8
Front (Question)

Define anhydrous

Back (Answer)

containing no water molecules

#9
Front (Question)

Define hydrated

Back (Answer)

A crystalline compound containing water molecules

#10
Front (Question)

Define water of crystallisation

Back (Answer)

Water molecules that are bonded into the crystalline structure of a compound

#11
Front (Question)

What does EMMA stand for?

Back (Answer)

Equation Moles known Moles wanted Answer

#12
Front (Question)

Define concentration

Back (Answer)

The amount of solute in mol dissolved per dm3 of solution

#13
Front (Question)

Using volume, how can moles be calculated?

Back (Answer)

no. moles = concentration x volume

#14
Front (Question)

Give a suitable indicator for titration reactions

Back (Answer)

Phenolphthalein

#15
Front (Question)

What is the molar gas volume at RTP?

Back (Answer)

24.0 dm3 per mol

#16
Front (Question)

How can the no. particles be calculated?

Back (Answer)

No. mol x Avogadro constant

#17
Front (Question)

Define standard solution

Back (Answer)

A solution whose exact concentration is known

#18
Front (Question)

Give the formula for calculating concentration

Back (Answer)

c=n/v

#19
Front (Question)

Which piece of equipment is used to make up a standard solution?

Back (Answer)

A volumetric flask

#20
Front (Question)

How are burettes read?

Back (Answer)

to the nearest half division

#21
Front (Question)

Why do you repeat your titration until you get concordant results?

Back (Answer)

To ensure with confidence that the exact drop which changes the indicator’s colour is found

#22
Front (Question)

What should a titration begin with?

Back (Answer)

A rough titration

#23
Front (Question)

Why are rough titrations carried out?

Back (Answer)

To give you a rough idea of the volume of solution which changes the indicator colour

#24
Front (Question)

Are rough titrations included in titration calculations?

Back (Answer)

No