2. This experiment used a computer to integrate the area under each peak in order to...

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2. This experiment used a computer to integrate the area under each peak in order to determine the relative amounts of each component in the mixture. If a computer is not available, we can estimate this area via a calculation where we multiply the height of a peak by its width at half-height. Calculate the area under the two peaks in the image below using this method. Show your work. Compound B 4 cm Compound A 2 cm 1 cm 8 cm 3. Given your calculation in the previous question, what was the ratio of Compound A to Compound B in the mixture? Justify your answer. 2. This experiment used a computer to integrate the area under each peak in order to determine the relative amounts of each component in the mixture. If a computer is not available, we can estimate this area via a calculation where we multiply the height of a peak by its width at half-height. Calculate the area under the two peaks in the image below using this method. Show your work. Compound B 4 cm Compound A 2 cm 1 cm 8 cm 3. Given your calculation in the previous question, what was the ratio of Compound A to Compound B in the mixture? Justify your answer.

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This question refers to an analytical technique where the area under the peak in a graph represents ... View the full answer