1. simple diffusion.
<span>2. facilitated diffusion.
i think</span>
Answer:
Energy releasing reaction = exergonic reaction (negative G) is more likely to be spontaneous.
Explanation:
Exergonic reactions do not need any input of energy, and therefore are happening spontaneously. On the other hand, endergonic reactions need an energy input. These reactions are often paired = coupled reactions.
Hope this will help :)
Looking at chemical reaction given in the question above, it can be seen that the chemical reaction needs heat to proceed. If the temperature of this reaction is increased, the rate of chemical reaction will also increase. That is, if the temperature of the reaction is increase, the product of the reaction that is formed per time will also increases.<span />
Answer:
Explanation: red squirrels, who actively defend territories
Ant nests in an abandoned field
Buffalo grazing on a prairie
Bluegills swimming in a northern lake
<span>The plasma membrane is both a barrier and gateway between the cytoplasm and ECF. It is selectively permeable—it allows some things through, such as nutrients and wastes, but usually prevents other things, such as proteins and phosphates, from entering or leaving the cell.</span><span>The methods of moving substances through the membrane can be classified in two overlapping ways: as passive or active mechanisms and as carrier-mediated or not. Passive mechanisms require no energy (ATP) expenditure by the cell. In most cases, the random molecular motion of the particles themselves provides the necessary energy. Passive mechanisms include filtration, diffusion, and osmosis. Active mechanisms, however, consume ATP. These include active transport and vesicular transport. Carrier-mediated mechanisms use a membrane protein to transport substances from one side of the membrane to the other. We will first consider the mechanisms that are not carrier-mediated (filtration, simple diffusion, and osmosis) and then the carrier-mediated mechanisms (facilitated diffusion and active transport).</span>
