Answer:
The change is caused by<u> C. Turgid pressure </u>
Explanation:
Turgor pressure, is exerted internally by the plants own cells. The water in the plant moves from areas of high concentration to areas of low concentration along a concentration gradient.
The cells contain large organelles called vacuoles, which are filled with water, salts and other substances contained in cell sap. The large vacuole takes up most of the cell, and pushes against the cell walls. This exerted pressure keeps the cell's shape, and ensure that the tissues stay upright.
B and d I believe, the plants will keep soil in tact and people in China so be
B is most likely. That's why vaccination is important. Without immunity diseases are easily passed on.
Mahler alter the original version of the tune for his symphony - Both answers are correct - put it in a minor key AND added more pitches to the melody.
<h3>Mahler alter the original version of the tune for his symphony ; </h3>
Gustav Mahler's Symphony No. 1 in D major was primarily written between late 1887 and March 1888, while it contains music Mahler had written for earlier works. While Mahler was as second conductor at the Leipzig Opera in Germany, it was written. Mahler almost always referred to the piece as a symphony in his correspondence, but its first two performances were referred to as symphonic poems and tone poems in symphonic form, respectively. The piece's premiere took place in 1889 in Budapest's Vigadó Concert Hall, but it got poor reviews. For the second performance, which was given in Hamburg in October 1893, Mahler made some significant changes. Subsequent changes were made in the years before the first publishing, which happened in late 1898.
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Answer:
0.1460
Explanation:
Total population size= 411 + 911 + 800 = 2122
Let's assume that the population is in Hardy Weinberg Equilibrium.
Under these conditions, frequency of recessive allele (a)= 911 x 2 + 800 / 2122 x 2 = 2622/4244= 0.6178
.
This is because each homozygous recessive genotype has two copies of the recessive allele while each heterozygous dominant genotype has one copy of the recessive allele.
For this population to be under Hardy Weinberg Equilibrium, frequency of dominant allele (A) = 1- 0.6178= 0.3822
Frequency of homozygous dominant genotype (AA) = 0.1460
