A population of wild-flowers was scored for flower color. There were 302 blue (BB) plants, 1857 violet (BR) plants and 811 red (RR) plants. Please round your answer correctly to 4 decimal digits.
(a) What is the frequency of the blue (B) allele?
(b) What is the frequency of the red (R) allele? Please round your answer correctly to 4 decimal digits.

A chi-square test was conducted to test the hypothesis that the population genotypic frequencies are consistent with Hardy-Weinberg equilibrium frequencies.
(c) What is the expected number of blue (BB) plants? Please round your answer correctly to 4 decimal digits.
(d) What is the expected number of violet (BR) plants? Please round your answer correctly to 4 decimal digits.
(e) What is the expected number of red(RR) plants? Please round your answer correctly to 4 decimal digits.

frequency of the blue (B) allele

frequency of the red (R) allele

The number of blue plants expected is

The number of red plants expected is

The anticipated number of violet plants is

Calculated chi square value

Explanation:

Frequency of blue allele is

Frequency of blue allele is equal to sum of frequency of BB and half of frequency of BR

Frequency of other allele

Chi Square test

See the attached file

The number of blue plants expected is

The number of red plants expected is

The anticipated number of violet plants is

Calculated chi square value

answer; polycythemia is the correct answer;

both male and female gametes are produced by meiosis of the germ cells. therefore, both male and female gametes are haploid. one male and one female gamete unite during the fertilization to form the diploid zygote. in seed bearing plants, pollen grain is the male gametophyte, which produces sperm cells.