A true breeding tall, purple flowered pea plant (TTPP) is crossed with a true breeding dwarf, white flowerd pea plant (ttpp). 1) What is the phenotype of the F1 Generation? 2) What is the genotype of the F1 Generation?

White dwarfs are the remaining core of star that didn't explode completely. Black holes are a whole different type of body and are not stars at all.

A white dwarf is made of degenerate matter, which is atoms, but the space squished between them. Its light comes from energy stored in it from its main sequence days....

A white dwarf is the remains of a dead star. It isn't massive enough or hot enough for any fusion reactions to take place. It is composed of carbon and...

Suppose a flower has two alleles for flower colour, red R and white r. Red is over white. There are three possible : RR, homozygous dominant, rr, homozygous recessive,...

Yes. Since a recessive phenotype would need both recessive alleles, you could tell that the alleles are both lower case For example, if we have BB, Bb, bB, and bb......

So if T is long nose and t is short nose, the possible genotypes and their corresponding phenotypes are: TT, long nose Tt, long nose tt, short nose

states that: $p^2+2pq+q^2=1$ Factoring, we get: $(p+q)^2=1$ Letting $p$ be the dominant phenotype, we get $p=92%=0.92$. $:.(0.92+q)^2=1$ $0.92+q=1$ $q=0.08$ $=8%$

Let's say the dominant colour is purple (P) and the recessive colour is white (w). The purple plant may be $PP or Pw$ The white plant can only be $ww$...

Genotype: $"RRTt"$ For this plant, the genotype for leaf color is $"RR"$, which is homozygous dominant, consisting of two dominant alleles. Since the only allele possible is dominant, the plant...

Let us consider a cross between two plants heterozygous for purple flowers. Heterozygous Purple (Pp) X Heterozygous Purple (Pp) Each plant will produce two types of gametes, i.e. 50%...