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→Finding a Limiting Reactant
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'''1. Find the [[Relative Formula Mass]] of the [[reactant]]s.'''
M<sub>r</sub> of C = 12g
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'''1. Find the [[Relative Formula Mass]] of the [[reactant]]s.'''
M<sub>r</sub> of NaOH = 40g
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'''1. Find the [[Relative Formula Mass]] of the [[reactant]]s.'''
M<sub>r</sub> of NaOH = 40g
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'''2. State the [[ratio]] of [[mole]]s of each [[chemical]] needed.'''
1 [[mole]]s of C is needed for every 1 [[mole]] of O<sub>2</sub>
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'''2. State the [[ratio]] of [[mole]]s of each [[chemical]] needed.'''
4 [[mole]]s of Al are needed for every 3 [[mole]]s of O<sub>2</sub>
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'''2. State the [[ratio]] of [[mole]]s of each [[chemical]] needed.'''
1 [[mole]] of C<sub>6</sub>H<sub>12</sub>O<sub>6</sub> is needed for every 6 [[mole]]s of O<sub>2</sub>
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'''3. Find the number of [[mole]]s supplied of each [[chemical]].'''
No. [[Mole]]s of C = <math>\frac{Mass}{M_r}</math>
1 [[mole]] of O<sub>2</sub> = 32g
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'''3. Find the number of [[mole]]s supplied of each [[chemical]].'''
No. [[Mole]]s of Al = <math>\frac{Mass}{M_r}</math>
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'''3. Find the number of [[mole]]s supplied of each [[chemical]].'''
No. [[Mole]]s of C<sub>6</sub>H<sub>12</sub>O<sub>6</sub> = <math>\frac{Mass}{M_r}</math>