break even means that the total income is equal to the total cost.
Therefore, we can equal the total gain to zero.
We have then:
Equaling zero we have:
Rewriting the polynomial we have:
We observe that the polynomial only has a real solution.
Therefore we have:
Answer:
the year (x) the entrepreneur will break even is:
D. year 4
The number of year (x) that it would take for this entrepreneur to break even is equal to: D. year 4.
In Economics, breaking even implies that the total revenue of an entrepreneur would be equal to the total cost. Thus, we would equate the total profit to zero as follows:
P(x) = x³ - 4x² + 5x - 20
Equating to zero, we have:
x³ - 4x² + 5x - 20 = 0
Simplifying the polynomial, we have:
(x - 4)(x² + 5) = 0
Note: The polynomial above only has a real solution.
x - 4 = 0
x = 4 years.
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Answer:
A stay inside
Explanation:
Answer & Explanation:
After a complimentary DNA chain is generated as messenger RNA (mRNA), Sequence of nuclotides in a mRNA directs the addition of a specific sequence of amino acids to form the protein. This usually occur on ribosome.
The polypeptide chain now increases in length by covalent attachment of successive amino acids units, each carried to the ribosome and correctly positioned by its transfer RNA (tRNA). The completion of the polypeptide chain is signalled by a termination codon present in the mRNA.
Test cross is the cross between an organism with unknown dominant genotype and an organism with known recessive genotype.
Since dominant trait results from a dominant allele, the test cross can determine if an unknown genotype is heterozygous and homozygous dominant.
If A is dominant allele, and a is recessive allele, then AA is dominant homozygote, Aa is a heterozygote, and aa is recessive homozygote.
According to the Punnett square, if all of the offspring are heterozygote (Aa), then unknown genotype is dominant homozygous (AA). If half of the offspring are the heterozygote, and the other half are recessive homozygote, then the unknown genotype is heterozygote (Aa).
Answer:
Conduct a test cross with a purebred recessive plant.
Explanation:
Verified after test was graded within ody ssey ware system as question # 10.
The questions wording: You have a plant with yellow seeds, which express a dominant phenotype. How would you determine the plant's genotype?