Imagine you are investigating a mutation that causes rabbits to have floppy ears rather than upright ears. Design an experiment to determine if this new trait is a sex-linked gene or a gene found on one of the other chromosomes. Write out the following components of the experiment. a) Purpose:

b) Hypothesis:

c) Prediction:

d) Describe the basic procedure you would use:

e) What results would you expect to see if the trait is sex-linked?

f) What results would you expect to see if the trait is not sex-linked?

a) Purpose: To find out if the new trait is sex-linked or a gene found on one of the other chromosomes.

b) Hypothesis: I think that the new trait is a sex-linked gene.

c) Prediction: If the new bunny that is born has floppy ears immediately, then it is a sex-linked gene.

d) Describe the basic procedure you would use: I would follow the Scientific method and use the data I collected from my experiment to arrive at a conclusion.

e) What results would you expect to see if the trait is sex-linked?

If the rabbit has floppy ears when it is born.

f) What results would you expect to see if the trait is not sex-linked?

If the rabbit has upright ears despite being born by parents that have floppy ears.

Explanation: Give me the Brainiest

advantage of using stem cells in medical research:

1.       it provides medical benefits in the fields of therapeutic cloning and regenerative medicine.

2. it provides great potential for discovering treatments and cures to a variety of diseases including parkinson disease, spinal cord injuries, diabetes, alzheimer’s disease and many more.

3. limbs and organ could be grown in lab from stem cells and then used in transplant or treat illness.

bc blah

explanation:

bc blah