Answer: 1. Urination
2. Feces production
3. Perspiration
4. Moisture loss from skin and lungs
Explanation:
Water is the part of the human body, the excess of water along with waste materials are lost through excretory substances such as urine, feces, by sweating that is perspiration then finally in very small amounts from the moisture that is present on the surface of skin and lungs.
Approximately 8-10% of water will be lost through urine, 6% through feces, 3-4% through perspiration, 1-2% of the overall water content present in the body is lost through the moisture in the skin and lungs.
C. the alge, zooplankton, insect, and bluegill populations would all be affected.
Answer:
24555 years
Explanation:
Data provided in the question:
Half life of carbon 14 = 5700 years
carbon present in the dead man = 5% of the original amount of carbon 14
Now,
let the initial Amount of carbon be 'A'
Therefore,
after half life
Amount of carbon =
Thus,
=
here,
k is the decay constant
t is the time = 5700 years
therefore,
1 =
or
0.5 =
taking natural log both the sides
-0.69314 = 5700k
or
k = - 0.000122
therefore,
for dead man Amount of carbon = 5% of A = 0.05A
thus,
0.05A =
or
0.05 =
taking natural log both the sides
we get
-2.995 = - 0.000122 × t
or
t = 24555.18 ≈ 24555 years
The answer to this question is the term Triglyceride. The Triglyceride is a type of fat in the blood that can be used as energy of the body. If a person has high triglyceride levels the person may be at risk of having coronary artery disease / heart disease.
Complete question:
Question: Genes in different chromosomes _____ during meiosis. Genes that are very close together in the same chromosome are _____.
a) do not assort independently; unrelated
b) assort independently; unrelated
c) assort independently; linked
d) do not assort independently; linked
Answer:
c) assort independently; linked
Explanation:
During anaphase-I of meiotic division, homologous chromosomes are moved to the opposite poles of the cell. This segregation also separates the alleles of genes present on the chromosomes to the opposite poles. The segregation of genes is a random event which means that the alleles of one gene segregate independently of the alleles of some other gene. This requires that the genes are present on separate chromosomes.
The genes present close together on the same chromosomes are linked. This means that they are inherited together and do not exhibit independent assortment.