Answer: answer is in the explanation
Explanation:
1. Provide direct benefits to numerous industries
-Biology is a study of life that teaches us about others and the organic word around us. Therefore it is a broad science which can be used in a lot of industries like medicine, biochemistry and other industrial applications
2. Solvent various social and economic issues
-If you study biology in detail you would understand how it can quickly solve numerous social and economic problems
3. Provide an answer to fundamental questions on life
-This is another benefit of having fundamental knowledge in biology were this knowledge help us to understand basic things such us how the human body works
4. Get a better understanding of living beings and how they relate to the environment
If I was of help mark my answer as brainliest
Budding is the asexual mode of reproduction. In budding there is no involvement of male and female gamete. Hence budding is a type of asexual reproduction.
Your chances for tossing a head instead of a tail would be 50:50.
This model suggests that the cell membrane is a dynamic structure, because the proteins and phospholipids move laterally within the lipid bilayer ( so it is more of a fluid than solid)
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A heterozygous species contain one dominant and one recessive allele. A cross between a purebred tall and short plant will result in 100% tall offspring. Thus, option d is correct.
<h3>What is a genetic cross?</h3>
A genetic cross is a representation of the gametes produced by the two parent species that will undergo the process of fertilization to produce offspring. The crosses can include the heterozygous and purebred species.
The TT allele is a purebred allele that codes for tallness, whereas the tt allele is a purebred recessive allele that codes for shortness. The cross between TT and tt is attached to the image below.
From the cross, it can be said that all the offspring produced are heterozygous tall as there are no offspring with purebred dominant and recessive alleles.
Therefore, option D. 100% of offspring are tall.
Learn more about genetic cross here:
brainly.com/question/7308651
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