Answer:
A soil profile is a vertical section of soil
Explanation:
B. It is readily available in most places.
C. It produces net-zero emissions.
D. It is biodegradable
Answer:
A. It requires mass production of crops.
Explanation:
Of all the options the only one that represents a disadvantage is that biopower requires mass production of crops because it could cause loss of biodiversity, degradation of soil quality, soil erosion, food toxicity (due to pesticide residues) and pollution ( use of fossil fuels for agrichemical manufacture, farm machinery and long-distance distribution).
The fact that it is readily available in most places, produces net-zero emissions and is biodegradable are all advantages.
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Answer:
A. it requires mass production of crops
Explanation:
42 percent
91 percent
51 percent
Answer:
Option A
Percent of the population that has skin pigment but also carries the recessive allele is percent
Explanation:
As per hardy-weinberg equation,
------------- Eq(A)
where
frequency of the homozygous genotype (dominant)
frequency of the homozygous genotype (recessive)
frequency of the heterozygous genotype (recessive)
Also, sum of the allele frequencies at the locus is equal to one.
Thus, ------------- Eq(B)
Here frequency of recessive allele i.e %
Substituting this in equation B, we get
frequency of dominant allele i.e %
Substituting the value of frequency of both dominant and recessive allele in equation A, we get
Thus, percent of the population that has skin pigment but also carries the recessive allele is percent
Answer:
between the arachnoid and dura
Explanation:
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b. hemoglobin
c. fibrinogen
d. immunoglobulin
e. porphyrin
Answer: Hemoglobin
Explanation: Hemoglobin is a protein very rich in iron found in red blood cells and is responsible for the transportation of Oxygen from the lungs to the whole body. Oxygen binds to the hemoglobin in red blood cells and the red pigmentation of blood that is highly oxygenated is due to the hemoglobin content found in RBC's.
b. interference
c. transduction
d. transformation
Answer:
The process is called signal transduction
Explanation:
Signal transduction entails the binding of a ligand or extracellular signal to a receptor and this gives rise to a biochemical cascade of reactions, interactions forming networks and this elicit cellular responses. These responses may include, post translational modifications, changes in gene transcription and translation.
Answer:
The process is called signal transduction.
Explanation:
Signal transduction is the process by which chemical or physical signal is transfered from outside of the cell to the interior of the cell thereby transforming the information from one form to another form to ensure adequate response. Signal transduction depend on receptors protein.
There are three stages of signal transduction and they are;
1. Receptor or protein present at the cell surface detect signals.
2. Transduction, change in receptors enhance changes in the cell.
3. Response, the cell respond to the signal.