Answer:
Due to the amount of money people make in Burundi they have a much smaller impact due to the fact they cant consume as much. With meat being
rare due to how expensive it have become. The average person in U.A.E make around 50x the average person in Burundi so they do consume more. So in the end the ecological footprint is much smaller in Burundi than in U.A.E.
Explanation:
The answer you are looking for is: 2600
Answer:
D (purple flower plant is dominant)
Explanation:
Gregor Mendel was regarded as the "Father of Genetics" because of his outstanding contribution to discovering the pattern of inheritance. In his experiments with purebreeding purple and white-flowered plants, he discovered that the F1 offsprings were all purple-flowered.
This observation made him to propose his LAW OF DOMINANCE, which states that one allele of a gene is capable of masking the expression of another in a heterozygous state. In this case of flower colour gene, the allele for purple color (P) is masking the gene of the white colour (p) in a combined state. Hence, purple allele is said to be DOMINANT over white allele.
He discovered that the white allele was being masked when he performed a dihybrid cross i.e. F1 self cross to derive a plant with white flowers.
The part of the bacteria cells that helps them stick to the surface of objects or beings is called the <span>pilus, and the pilus is found all over the surface of the bacteria.</span>
The number of daylight hours varies according to a site's latitudinal location and the day of the week or season.
<h3>How does the length of the day fluctuate throughout the year?</h3>
Due to the sphericity of the Earth and its inclination with respect to the Sun, the length of the day or the number of daylight hours depends on the time of year and the latitude of a location.
At latitudes 90°N and 90°S, which are the locations closest to the poles, this fluctuation is particularly pronounced. For instance, the fluctuation of the hours of the day would be as follows in the latitudinal zone of 70°N:
Equinox of spring There is roughly 13.8 hours of daylight each day.
24 hours of light every day on the summer solstice.
12.4 hours of daylight every day during the autumnal equinox.
Zero hours of light each day on the winter solstice.
This variance happens because the Earth revolves around the sun, and the high latitudinal regions occasionally aren't exposed to the sun's rays.
Learn more about latitude here:
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