Answer:
Independent variable: height of holes
Dependent variable: distance of squirting water
Constant: size of holes punched into the milk carton
Explanation:
The<u> independent variable</u> is one whose value is often manipulated during the course of experiments and the effects produced by the manipulation is measured on the dependent variable.
The <u>dependent variable</u> is the actual variable that is being measured in the course of experiments. The value of the dependent variable is affected by changing the values of the independent variable.
<u>Constants</u> are variables whose values remain unchanged throughout the course of experiments.
Hence, in the illustration:
Independent variable: the height of holes on the milk carton
Dependent variable: distance of squirting water
Constant: the size of holes punched into the milk carton
The correct answer for the question that is being presented above is this one: "conformation and anticonformation." The two important domains within a riboswitch that involve the ligand-binding site are conformation and anticonformation. Riboswitch<span> refers to the regulatory segment of a </span>messenger RNA<span> molecule that binds a </span><span>small molecule.</span>
Answer:
Explanation:
Based on what is known about the fetal skeleton and the ossification process it can be said that this occurs due to babies having more of the osteoblasts bone cells. These cell's main function is to lay down new bone material, this therefore creates a thicker harder bone which allows for proper support so that the body can continue growing and become stronger overall.
Pretty sure the realistic answer is A. They had traits that helped them adapt the environmental changes
Answer:
The benefit of this is let's say theoretically you're mom got small pox at age 10 and gave birth to you at age 35 her DNA was built up to withstand small pox if she gets it again. If a small amount of her DNA is in you then chances are she passed that immunity to you and you have mutation for the better.