It would help us as it teach us about all the styles that other people have. It will allow us to take into consideration what other people like and how that compares to ours.
hope this helps x
Answer:
No they cannot
Explanation:
Leukemia, also called blood cancer is a cancer that affects blood forming tissues including the bone marrow affecting the body's ability to ward off infections.
The researchers cannot conclude that proximity to high tension wires is the cause of leukemia because of confounding (other external unaccounted) variables.
There are other external factors which could be the cause of higher rate of leukemia in the area with close proximity to high tension wires, and unless the two environments were kept under similar conditions with proximity to high tension wires the only difference, then it would be wrong to conclude such as the other variables unaccounted for at play were not observed and could also have an effect.
The correct answer would be option A, Join the school's hip hop and stomp dance group.
Mario should join school's hip hop and stomp dance group to increase his bone density and reduce the risk of getting osteoporosis later.
Explanation:
Osteoporosis is a physical ailment of bones. In this disease the bones of a person becomes fragile and brittle, and can break if there happens even a minor accident. Osteoporosis starts because of the low levels of calcium.
So it is good to take foods that are rich in calcium and other nutrients that help in increasing the bone density in a person's body.
In the given question, because Mario is in his teens and he has a family history of osteoporosis, he should engage himself in activities which help him in strengthening his bones. So if he joins the hip hop and stomp dance group of the school, he will be able to remain active and his bones will be strong from the very young age. Along with the food intake, Alex must engage in such type of activity which makes his bone strong.
Learn more about osteoporosis at:
brainly.com/question/1758958
brainly.com/question/13760079#
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In a sample of double-stranded DNA, if the nitrogenous base guanine is 19%, then the nitrogenous base adenine will be 31%
Explanation:
In a double-stranded DNA, the four nitrogenous bases bind and pair together. The purine bases guanine (G) and adenine (A) pair with pyramidine bases cytosine (C) and thymine (T) respectively. The pairing will be between G-C and A-T bases.
According to Chargaff’s Rule, the percentage of each nitrogenous base will be equal in a pair. So the percentage of G will be equal to percentage of C and the percentage of A will be equal to percentage of T.
So if the guanine percentage is 19%, then applying Chargaff’s rule, cytosine will also be 19%
The remaining 68% will be shared with the adenine and thymine pair, of which adenine will be of 31% according to Chargaff’s rule.
