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Chapter 28: Problem 7

Using \(G\) as the symbol for graham cracker, \(C h\) for chocolate bar, and \(M\) for marshmallow, write a "balanced chemical reaction" for the production of S'mores.

Short Answer

Expert verified
The 'balanced chemical reaction' for the production of S'mores should be: \(2 G + C h + M \rightarrow S\)

Step by step solution

01

Identifying the Components

First, identify the components needed to make S'mores. The given symbols \(G\), \(C h\), and \(M\) represent graham cracker, chocolate bar, and marshmallow respectively. For one S'more, you typically need two graham crackers, one chocolate bar, and one marshmallow.
02

Writing the Initial Chemical Reaction

Next, you can write down the chemical reaction with the representations provided, but without considering the ratio. The reaction would look like this: \(G + C h + M \rightarrow S\) , where \(S\) represents a S'more.
03

Balancing the Chemical Reaction

To balance this 'chemical reaction,' consider the actual quantities of each component needed to make one S'more. It involves 2 Graham Crackers, 1 Chocolate, and 1 Marshmallow. So, the balanced reaction becomes \(2 G + C h + M \rightarrow S\)

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Most popular questions from this chapter

Hydroxyurea \(\left(\mathrm{CH}_{4} \mathrm{O}_{2} \mathrm{~N}_{2}\right)\) is a useful molecule. A single hydroxyurea molecule can be formed from the reaction of: 1 carbon dioxide molecule \(\left(\mathrm{CO}_{2}\right)\) 1 nitrogen molecule \(\left(\mathrm{N}_{2}\right)\) 2 hydrogen molecules \(\left(\mathrm{H}_{2}\right)\) a) Provide a balanced chemical reaction for the production of hydroxyurea. b) Calculate the mass of hydroxyurea that can be produced from 416 grams of carbon dioxide, 142 grams of nitrogen molecules, and \(58.2\) grams of hydrogen molecules.

Using grammatically correct sentences, explain why is it not correct to state that if we start with 36 pounds each of \(\mathrm{G}, \mathrm{Ch}\), and \(\mathrm{M}\), then we should end up with \(3 \times 36=108\) pounds of S'mores.
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