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) Mas mass Relationshipsubstances involved in the chemical reactionIt we are siven the mass of one substance, we can calculate the mass of theMass-mole Relationship or Mole-mass RelationshipIr we are gen the mass of one substance, we can calculate the moles ofIf we are given the mass of one substance, we can calculate the volume of theCalculate the number of grams of K SO, and water produced when 14 g of KOHEreacted with excess of H, SO. Also calculate the number of molecules of water producedsubstance and nice-versa,Mass-volume Relationshipsubstances and vice-versa.Similarly mole-mole calculations can also be performed.Example 11Solution:Por doing such calculations, first of all convert the given mass of KOH into molethen compare these moles with those of K.SO, with the help of the balanced cheequationMass of KOH= 14.0 gMolar mass of KOH = 39+ 16 + 1 = 56 g/mol |
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Answer» tion:From a given NUMBER of moles of a substance, CALCULATE the mass of another substance involved USING the BALANCED CHEMICAL equation.From a given mass of a substance, calculate the moles of another substance involved using the balanced chemical equation.From a given mass of a substance, calculate the mass of another substance involved using the balanced chemical equation. |
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