How do large, mature plant cells compensate for inefficient import and export associated with a lower surface area-to-volume rat
io? a. Large plant cells have increased lysosomic activity to increase import and export of substances to and from the membrane.
b. Large plant cells have a large water-filled vacuole in the center, decreasing the active cytoplasm volume.
c. Large plant cells have adapted a more efficient metabolic system, whereby fewer nutrients are needed for the structures located at the center of the cytoplasm.
d. Large plant cells maintain a large storage vacuole in the center that stores nutrients for use in the interior of the cytoplasm.
Answer - D. <span>Large plant cells maintain a large storage vacuole in the center that stores nutrients for use in the interior of the cytoplasm.
Reason - Dude really. What are you guys learning in biology LOL. Any ways heres the reason why i chose this answer.
Starting off plant cells of course need storage for variety of nutrients and to store for future use when its needed for the necessary requirements for its survival or growth. Now it Compensates it by having one large vacuole in the middle that takes up roughly 75-80%. Unlike us humans having one in the cell we have it small because its temporary from here to there. But plant cells need it more because they can also store water and as such variety of nutrients. Just like I said before.</span>
It is necessary to separate oxygenated and deoxygenated blood separate in mammals and birds to maintain their body temperature. Also, if they both are mixed, the blood will get impure and it would be difficult for the heart to supply impure blood. We also can't live with impure blood so we most probably will die.
Explanation: The process by which pollen is delivered to the ovule of a gymnosperm or the stigma of an angiosperm. And a pollinator is an organism or other agents such as wind or water that transfers pollen from one plant to another; most commonly applied to organisms. hope this helps!