<span>a. chromosomes hope that helped I'm doing the same quiz.</span>
Answer:
1.0 mole per dm3 sodium chloride solution
Explanation:
<em>The more the molarity of a solution, the lower the water potential of the solution, and the higher the amount of water that will osmotically move from the potato stick to the solution when placed in it in order for an equilibrium to be established. </em>
Hence,<u> the 1.0 mole per dm3 sodium chloride solution will cause the largest decrease in the mass of the potato stick</u> when compared to the 0.5 and 0.1 mole per dm3 sodium chloride solutions.
<span>Laws and model making are </span><span>two types of scientific knowledge can be expressed as a mathematical equations</span>
Mutations result from an error in DNA replication, should it be from an alien source (like radiation) or simply a mistake in replication.
Migration of organisms to a new population would alter the DNA by adding new genes, but it would not mutate them.
Since the lion fish became the apex predator in the controlled environment, I will balance the cycle by adding a (1) new predator which typically feeds on a lion fish and (2) another predatoir which preys on the predator which eats lion fish and preys on lionfish (which unquestionably preys on the lionfishes' prey too).
This method is effective because in every experiment, there is always a control. The control speciment will be the predator which preys on the lionfish.
Development can be noted if and only if the populatyion of the lionfish is decreased. If it happened and it will happen, the population of the two predators I added will be decreased proportional to the number of the lionfishes around.
Using integral calculus: <span>Exponential Growth and </span><span>Decay, we will be able to track down clearly the population of each species in the controlled environment.</span>
