Which of the following balanced chemical equations pertains to the chemical reaction involved in Procedure 13 СаО + H20 - Ca(ОН)2 Сао + H,о - 20a(ОН) 2 B c) 2 СаО + H20 Са(ОН)2 (D) 3 Сао + Нао - 3 Са(ОН)2

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Chapter3: Mass Relations In Chemistry; Stoichiometry
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Calcium phosphate is used as an antacid, supplement, and/or a source of calcium and phosphate in toothpaste.
In a laboratory setup calcium hydroxide can be reacted with phosphoric acid to produce calcium phosphate with water as by-
product.
In an experimental process, there are three procedures to deal with in the production of calcium phosphate.
Procedure 1: 846.0 grams of calcium oxide and 264.0 grams of water are combined in order to produce a single product, calcium
hydroxide.
Procedure 2: 979.0 grams of diphosphorus pentoxide and 323.0 grams of water are combined in order to produce a single product,
phosphoric acid.
Procedure 3: Actual mass of isolated calcium hydroxide from Procedure 1 and actual mass of isolated phosphoric acid from
Procedure 2 are combined in order to produce calcium phosphate with water as by-product.
It is also noted that each procedure had the following percent yields:
Procedure 1: 53.58% yield on calcium hydroxide.
Procedure 2: 59.26% yield on phosphoric acid.
Procedure 3: 31.41% yield on calcium phosphate.
Transcribed Image Text:Calcium phosphate is used as an antacid, supplement, and/or a source of calcium and phosphate in toothpaste. In a laboratory setup calcium hydroxide can be reacted with phosphoric acid to produce calcium phosphate with water as by- product. In an experimental process, there are three procedures to deal with in the production of calcium phosphate. Procedure 1: 846.0 grams of calcium oxide and 264.0 grams of water are combined in order to produce a single product, calcium hydroxide. Procedure 2: 979.0 grams of diphosphorus pentoxide and 323.0 grams of water are combined in order to produce a single product, phosphoric acid. Procedure 3: Actual mass of isolated calcium hydroxide from Procedure 1 and actual mass of isolated phosphoric acid from Procedure 2 are combined in order to produce calcium phosphate with water as by-product. It is also noted that each procedure had the following percent yields: Procedure 1: 53.58% yield on calcium hydroxide. Procedure 2: 59.26% yield on phosphoric acid. Procedure 3: 31.41% yield on calcium phosphate.
Which of the following balanced chemical equations pertains to the chemical reaction involved in Procedure 1?
A
СаО + H20 > Caа(ОН) 2
В
СаО + H,о - 20a(ОН) 2
2 СаО + H20 Са(ОН)2
D
3 Сао + H20 3 Cа(ОН)2
Transcribed Image Text:Which of the following balanced chemical equations pertains to the chemical reaction involved in Procedure 1? A СаО + H20 > Caа(ОН) 2 В СаО + H,о - 20a(ОН) 2 2 СаО + H20 Са(ОН)2 D 3 Сао + H20 3 Cа(ОН)2
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