Textbook Question
Compute the empirical and molecular formulas for each of the following elemental analyses. In each case, propose at least one structure that fits the molecular formula.
1. A Review of General Chemistry
Intro to Organic Chemistry
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Why are yeast considered good model organisms for studying natural selection in organic chemistry?
A
Yeast are multicellular organisms that exhibit complex behaviors.
B
Yeast have a slow reproduction rate, making them ideal for long-term studies.
C
Yeast have a simple genetic structure that is easy to manipulate.
D
Yeast require specific environmental conditions that are difficult to replicate.
Verified step by step guidance1
Begin by understanding the role of yeast in scientific studies. Yeast are unicellular fungi that are often used in research due to their simplicity and ease of manipulation.
Consider the genetic structure of yeast. Yeast have a relatively simple genetic makeup, which allows researchers to easily manipulate and study genetic changes and their effects.
Reflect on the reproduction rate of yeast. Yeast reproduce quickly, which is beneficial for observing genetic changes and natural selection over multiple generations in a short period.
Evaluate the environmental conditions required for yeast growth. Yeast can be grown in controlled laboratory conditions, making it easier to replicate and study various environmental factors.
Conclude by recognizing why yeast are considered good model organisms. Their simple genetic structure, rapid reproduction, and ease of cultivation make them ideal for studying natural selection and genetic manipulation in organic chemistry.
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