Answer:
2pq
Explanation:
According to my research on studies conducted by various genetecists, I can say that based on the information provided within the question carriers are represented in the Hardy-Weinberg formula by the variable 2pq. This variable represents the frequency of the heterozygous genotype which is the genotype that include one normal allele and one mutation, or two different mutations. Which is what the carriers are.
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Answer:
Bandura's Theory Applied in the Classroom. Using Bandura's social learning theory in the classroom can help students reach their potential. Students do not only imitate each other but also the teacher. ... The students can learn that they are held to this standard and they should hold it for all of their work.
Explanation:
Answer:
The Romans were extremely adept engineers. They understood the laws of physics well enough to develop aqueducts and better ways to aid water flow. They harnessed water as energy for powering mines and mills. They also built an expansive road network, a great achievement at the time.
Explanation:
The correct answer would be 12 Baskets.
If they spend $75 to advertise their sale, 12 baskets must be sold to break even.
Explanation:
Break even is a point where there is no loss and no profit for the product produced and sold.
Now material needed to make each basket = $3.75
Selling Price of Baskets = $10
Profit on each basket = Selling Price - Cost to make basket = $10 - $3.75 = $6.25
So the advertising expense is $75. Then to find that how many baskets must be sold to break even, we would divide the advertisement cost with the profit on each basket as follows:
$75 / $6.25 = 12
So 12 baskets are needed to be sold in order to break even.
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