Answer:
The correct answer is dependent.
Explanation:
A variable whose variation does not rely upon that of another is known as the independent variable. An independent variable is modified or monitored within an experiment to examine the influence on the dependent variable. On the other hand, the variable that is being measured and examined within an experiment is termed as the dependent variable.
The flowering pattern is being considered as the dependent variable as the pattern of flowering relies upon the concentration of light exposed by the plant.
Diabetes is a condition that involves abnormal glucose levels in the blood (blood sugar). Type 2 diabetes result from the impaired uptake of glucose by the body cells for generation of energy, which caused by the cells being insenstitive to insulin hormone. It is caused by one being over weight, lack of exercise among other factors. Pedometers are gadgets that counts the steps taken by individuals by detecting motion or movement of hands and hips. Pedometers use by diabetic people has been found to be beneficial in a number of ways; first they help individuals to exercise more, pedometers are useful in evaluating and setting fitness objectives which end up helping the patients exercise thus reducing the risk of diabetes. secondly use of pedometers has seen weight and BP reduction . Hence due to these and many other benefits pedometers are useful in type 2 diabetic patients.
An acquired trait<span> is defined as a characteristic or </span>trait<span> that produces a phenotype that is a result of an environmental influence. </span>Acquired traits<span> are not coded for in the DNA of an individual and therefore cannot be passed down to offspring during reproduction
So the answer is </span><span>D. An acquired trait is developed during one’s lifetime.</span>
Answer:
Both parents are heterozygous for the trait. They must be carriers of the recessive gene that codes for blue eyes.
Explanation:
Let us assume that the dominant gene codes for brown eyes while the recessive gene codes for blue eyes. We can suggest that both parents are carriers of the recessive gene. They both express brown eyes because they also have a dominant gene that codes for brown. Clark inherited one recessive allele from each parent, so he expresses blue eyes. The couple has a 75% probability of getting a brown-eyed child, while the probability of getting a blue-eyed child is 25%.
