Answer:
swallow
Explanation:
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Answer:
3) 0.75m/s
Explanation:
The wavelength of a wave is calculated using the formula;
λ = v/f
Where!
λ = wavelength of wave (m)
v = velocity or speed (m/s)
f = frequency of wave (Hz)
According to this question, one end of a rope is vibrated to produce a wave with a wavelength (λ) of 0.25 m and frequency (f) of 3.0 Hz.
Using λ = v/f
v = λ × f
v = 0.25 × 3
v = 0.75m/s.
Answer:associated with conscious awareness and acts of will
Explanation:
Answer:
a) The allele frequencies are - 
b) Genotype frequencies for this population- 
Explanation:
Given ,
Red color of flower is dominant to white color flower
Let "R" represents allele for red color and "r" represents allele for white color
out of
flower,
are red flowers.
So the frequency of red flowers with genotype "RR" is equal to

As per hardy Weinberg's I equilibrium equation -

a) The allele frequencies are - 
Frequency of genotype "rr" i.e homozygous recessive white flower is

Substituting the values of
and
, in below equation, we get -

b) Genotype frequencies for this population- 
I'm not exactly sure why the other person put HELPING the host- THEY DON'T HELP AT ALL. They actually <em>harm</em> the host.
<h3><em>Hope this helps-</em></h3>