Free ears in dogs are controlled by dominant allele (F), and attached ears are controlled by the recessive allele (f). In addition, Short dogs is due to a dominant allele(S), and long hair is due to a recessive allele (s). Which of the following is the genotype of thedogs with free ears and short hair?

Free ears in dogs are controlled by dominant allele (F), and attached ears are controlled by the recessive allele (f). In addition, Short dogs is due to a dominant allele(S), and long hair is due to a recessive allele (s). Which of the following is the genotype of thedogs with free ears and short hair?

a. ffss

b. FfSs

c. ffSs

d. Ffss

2. A blood sample taken from a patient who has an infection can be expected to show which of the following?

a Elevated white blood cell count

b Elevated red blood cell count

c Reduce red blood cell count

d Reduce White blood cell count

3. Which of the following organs remove nitrogenous waste from the body?

a. Liver

b. Large Intestine

c. Kidneys

d. Gall Bladder

4. An individual cell is able to make copies of its genetic information but is unable to produce encoded proteins. This indicates apossible problem in the___________.

a. Centrosome

b. Golgi apparatus

c. Acrosome

d. Ribosome

5. Which of the following digestive system structures releases amylase?

a. Goblet cells

b. Gallbladder

c. Salivary glands

d. Duodenum

6. Which of the following functions does the myelin sheath perform for a nerve cell?

a. Nutrition

b. Sensory perception

c. Insulation

d. Regeneration

7. Which of the following organs is responsible for secretion of the hormone insulin?

a. Pancreas

b. Thyroid gland

c. liver

d. Adrenal Gland

8. An increase in which of the following would lead to a decrease in the amount of oxygen in the blood?

a. Inhalation rate

b. Red blood cell count

c. Exercise rate

d. Alveoli surface area

9. Which of the following body system break down proteins into amino acids?

a. Digestive

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