The answer is 75% of offspring will be tall and 25% of offspring will be short.
If:
T - the dominant allele for tall trait
t - the recessive allele for short trait
Then:
TT - dominant homozygote (tall)
Tt - heterozygote (tall)
tt - recessive homozygote (short).
In the cross of two heterozygotes Tt x Tt <span>75% of offspring will be tall and 25% of offspring will be short:
Parental generation: Tt x Tt
Offspring generation: TT Tt Tt tt
Thus, 3 out of 4 (=3/4=75%) offspring are tall (1 TT and 2 Tt) and 1 out of 4 (=1/4=25%) offspring is short. Speaking of genotypes, 1 out of 4 (=1/4=25%) is dominant homozygote (TT), </span>2 out of 4 (=2/4=50%) is heterozygote (Tt), and <span>1 out of 4 (=1/4=25%) is recessive homozygote (tt).</span>
Answer:
a. stroma b. thylakoid membrane c. cytosol d. location of Calvin cycle e. thylakoid space f. location of light reactions g. envelope membranes
Explanation: hope this helped (❁´◡`❁)
Chronic lymphocytic leukemia or the CLL is among the most common type of leukemia affecting the adults. The lymphocytic leukemia starts in the lymphocytes. Lymphocytic leukemia is different from the lymphoma (which also occur in the lymphocytes) as it only occurs in the bone marrow and the blood. The person suffering from CLL is susceptible to an array of infections. Among the various infectious agents, the CLL patient is the most susceptible to the Staphylococcus aureus. This agent causes skin infections, pneumonia, toxic shock syndrome and many other life threatening diseases. The person becomes susceptible to its attack as the immunity of his is weakened beacuse of the damage to the lymphoctic cells.
Answer:
Stated below:
Explanation:
To achieve the goal of providing energy and nutrients to the body, six major functions take place in the digestive system:
Ingestion.
Secretion.
Mixing and movement.
Digestion.
Absorption.
Excretion.
