Answer;
-Independent variable
Explanation;
-An independent variable is defines as the variable that is changed or controlled in a scientific experiment. An independent is changed or controlled in a scientific experiment to test the effects on the dependent variable. A dependent variable on the other hand, is the variable being tested and measured in a scientific experiment.
-A change in the independent variable directly causes a change in the dependent variable.The independent and dependent variables may be viewed in terms of cause and effect.
B. A person's basic assumptions about themselves are inevitably false. (wrong)
C. People can't be held responsible for their life choices.
D. If biology is destiny the concept of free will can be only an illusion. (wrong)
- increased number of chromosomes in the offspring
- the appearance of new phenotypes in the offspring
- possible harmful mutations from cross-over errors
Answer:
B. increased number of chromosomes in the offspring.
Explanation:
Crossing over may cause chromosomes to lose or gain segments, but the overall number would not change.
Answer:
Skin
Explanation:
Skin is the largest organ of human body. It makes the outer most covering of whole body. Since it makes the covering of whole human body, its average surface area in adult is known to be 1.8 meter squares. This makes it the largest organ of human body.
Skin is the part of integumentary system of human body.
B. Mutations.
C. Nonrandom mating.
D. No immigration or emigration.
Answer:
The correct answer would be D. No immigration or emigration.
It can be explained with the help of Hardy-Weinberg law.
It states that the genotype and allelic frequency of the population remains the same throughout many generations if below-mentioned conditions are followed:
Nonrandom mating is one of the conditions required to maintain genetic equilibrium.
One of the conditions required to maintain genetic equilibrium is nonrandom mating. Nonrandom mating occurs when individuals preferentially choose mates with particular traits, rather than mating randomly. This can lead to changes in the frequency of traits within a population over time.
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