In regard to changes of ploidy, there are 3 types of cycles<span>: </span>haplontic life cycle<span> — the haploid stage is multicellular and the diploid stage is a single cell, meiosis is "zygotic". </span>diplontic life cycle<span> — the diploid stage is multicellular and haploid gametes are formed, meiosis is "gametic".
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It's on google lol :)
Hope this helped anyways
the answer would be true because you eat more toxins the higher you go
1. A wave transfers energy from one place to another.
2. Parallel movement is back and forth like an equals sign.
3. Perpendicular movement is like a T.
4. A transverse wave has particles moving perpendicularly to the energy transfer.
5. A longitudinal wave has particles moving parallel to the energy transfer.
6. A surface wave has particles moving in a circle motion (I assume by induction).
Does this help?
Based on your understanding of the function of the chloroplasts, why doesturning on the light cause the pH in the solution outside the thylakoids toincrease?
A. Photoexcitation of chlorophyll caused ATP synthase to pump H+.
B. Calvin cycle produced numerous H+.
C. Illumination of chlorophyll causes electrons to flow into stroma of chloroplast.
D. Electron transfer along electron transport chain resulted in pumping of H+ from stroma to inside the thylakoid.
Answer:
D. Electron transfer along electron transport chain resulted in pumping of H+ from stroma to inside the thylakoid.
Explanation:
As chlorophyll pigments present in the thylakoid membranes of chloroplast absorb light, the transfer of electrons from the reaction center of PSII towards the electron transport chain occurs. This electron transfer also pumps some protons from stroma to the thylakoid lumen making the inside of the lumen more acidic while stroma becomes alkaline in nature. This proton concentration gradient is used to drive the process of ATP synthesis. This is why exposure to light makes the outside of thylakoids to have a higher pH.