The answer to each of the following questions is a single digit integer- ranging from 0 to 9- Reaction of Br2Br2 gas- The number of sodium bromide molecules involved in the balanced chemical equation is-

A balanced chemical equation of sodium bicarbonate and bromine is: 3Na_2CO_3 +3Br_2 → 5NaBr +NaBrO_3+3CO_2 #160;The number of sodium bromide molecules ev ...

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Standard XII

Chemistry

Stoichiometric Calculations

The answer to...

Question

The answer to each of the following questions is a single digit integer, ranging from 0 to 9.
Reaction of Br2 gas. The number of sodium bromide molecules involved in the balanced chemical equation is:

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Solution

A balanced chemical equation of sodium bicarbonate and bromine is:
$3 N a_{2} C O_{3} + 3 B r_{2} \to 5 N a B r + N a B r O_{3} + 3 C O_{2}$
The number of sodium bromide molecules evolved in the balanced chemical equation is $5$ .

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The answer to each of the following questions is a single digit integer, ranging from 0 to 9. Reaction of Br2Br2 gas. The number of sodium bromide molecules involved in the balanced chemical equation is:

A balanced chemical equation of sodium bicarbonate and bromine is:3Na2CO3+3Br2→5NaBr+NaBrO3+3CO2 The number of sodium bromide molecules evolved in the balanced chemical equation is 5.

The answer to each of the following questions is a single digit integer, ranging from 0 to 9.
Reaction of Br2 gas. The number of sodium bromide molecules involved in the balanced chemical equation is:

A balanced chemical equation of sodium bicarbonate and bromine is:
$3 N a_{2} C O_{3} + 3 B r_{2} \to 5 N a B r + N a B r O_{3} + 3 C O_{2}$
The number of sodium bromide molecules evolved in the balanced chemical equation is $5$ .