Dimensional Analysis

1 mol = 6.02 x 10²³ particles

1 mol = molar mass (g)

6.02 x 10²³ particles = molar mass (g)

None of the above

1 mol = molar mass

1 mol = 1 mol

1 mol = 6.02 x 10²³ particles

1 mol = 62 x 10²³ particles

Convert 4.5 atoms to grams (molar mass), then to moles (avogadro's number)

Convert 4.5 atoms to grams (molar mass), then to moles (avogadro's number)

Convert 4.5 atoms to moles (avogadro's number), then to grams (molar mass)

Convert 4.5 atoms to particles, then to grams

Convert 9.2 grams to moles only.

Convert 9.2 atoms to moles (avogadro's number), then to grams (molar mass)

Convert 9.2 grams to particles (avogadro's number), then to moles (molar mass)

Convert 9.2 grams to moles (molar mass), then to particles (avogadro's number)

$mol\times\frac{grams}{mol}$

$mol\times\frac{mol}{grams}$

$grams\times\frac{mol}{grams}$

None of the above

Convert 4.5 atoms to grams (molar mass), then to moles (avogadro's number)

Convert 4.5 atoms to grams (molar mass), then to moles (avogadro's number)

Convert 4.5 atoms to moles (avogadro's number), then to grams (molar mass)

Convert 4.5 atoms to particles, then to grams

Molar mass of water

Avogadro's Number (6.02 x 10^23)

Atomic mass of hydrogen

1 molecule

18.02 moles

3.4 moles

3.4 grams

18.02 grams

moles

molecules

grams

atoms

$particles\ \times\frac{particles}{mol}\times\frac{gram}{mol}$

$particles\ \times\frac{mol}{particles}\times\frac{mol}{grams}$

$particles\ \times\frac{mol}{particles}\times\frac{gram}{mol}$

$grams\ \times\frac{mol}{particles}\times\frac{particles}{mol}$

56.3 g

65.4 g

70 g

123 g

4 mol

3 mol

2 mol

1 mol

34.45 g

204.1 g

150.2 g

134.4 g

1 mol x 16 g/mol

3 mol x 40 g/mol

3 mol x 16 g/mol

1 mol x 40 g/mol

174.2 g

147.2 g

472.1 g

217.4 g