The answer to this question would depend on the specific reaction you are referring to. However, generally:

1. C-H stretch: This is usually seen in the IR spectrum around 2900-3000 cm-1. It indicates the presence of a carbon-hydrogen bond, which is common in many organic compounds.

2. C-Br stretch: This is usually seen in the IR spectrum around 500-800 cm-1. It indicates the presence of a carbon-bromine bond. If your reaction involves the formation or breaking of a C-Br bond, this could indicate whether the reaction was successful.

3. C-O stretch: This is usually seen in the IR spectrum around 1000-1300 cm-1. It indicates the presence of a carbon-oxygen bond. If your reaction involves the formation or breaking of a C-O bond, this could indicate whether the reaction was successful.

4. C-C stretch: This is usually seen in the IR spectrum around 800-1200 cm-1. It indicates the presence of a carbon-carbon bond. If your reaction involves the formation or breaking of a C-C bond, this could indicate whether the reaction was successful.

So, to determine which stretch indicates that the reaction was successful, you would need to know what bonds are being formed or broken in your reaction.

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The answer to this question would depend on the specific reaction you are referring to. However, generally:

1. C-H stretch: This is usually seen in the IR spectrum around 2900-3000 cm-1. It indicates the presence of a carbon-hydrogen bond, which is common in many organic compounds.

2. C-Br stretch: This is usually seen in the IR spectrum around 500-800 cm-1. It indicates the presence of a carbon-bromine bond. If your reaction involves the formation or breaking of a C-Br bond, this could indicate whether the reaction was successful.

3. C-O stretch: This is usually seen in the IR spectrum around 1000-1300 cm-1. It indicates the presence of a carbon-oxygen bond. If your reaction involves the formation or breaking of a C-O bond, this could indicate whether the reaction was successful.

4. C-C stretch: This is usually seen in the IR spectrum around 800-1200 cm-1. It indicates the presence of a carbon-carbon bond. If your reaction involves the formation or breaking of a C-C bond, this could indicate whether the reaction was successful.

So, to determine which stretch indicates that the reaction was successful, you would need to know what bonds are being formed or broken in your reaction.

Knowee AI · Accepted Answer

The answer to this question would depend on the specific reaction you are referring to. However, generally:

1. C-H stretch: This is usually seen in the IR spectrum around 2900-3000 cm-1. It indicates the presence of a carbon-hydrogen bond, which is common in many organic compounds.

2. C-Br stretch: This is usually seen in the IR spectrum around 500-800 cm-1. It indicates the presence of a carbon-bromine bond. If your reaction involves the formation or breaking of a C-Br bond, this could indicate whether the reaction was successful.

3. C-O stretch: This is usually seen in the IR spectrum around 1000-1300 cm-1. It indicates the presence of a carbon-oxygen bond. If your reaction involves the formation or breaking of a C-O bond, this could indicate whether the reaction was successful.

4. C-C stretch: This is usually seen in the IR spectrum around 800-1200 cm-1. It indicates the presence of a carbon-carbon bond. If your reaction involves the formation or breaking of a C-C bond, this could indicate whether the reaction was successful.

So, to determine which stretch indicates that the reaction was successful, you would need to know what bonds are being formed or broken in your reaction.

Which stretch, present on the IR spectrum of your product, indicates that the reaction was successful?Group of answer choicesC-H stretchC-Br stretchC-O stretchC-C stretch

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