Nad can produce more energy than a) atp b) fad c) rna d) none of the above

Answer;

B. FAD

NAD can produce more energy than FAD,

Explanation;

NAD and FAD are both electron carriers, that carry electrons to the electron transport chain.

Reduced NAD/FAD are passed to the electron transport chain where hydrogen are removed from the two hydrogen carriers and is split into hydrogen ions and an electron.

Each reduced NAD molecule produces an average of 2.5 molecules of ATP and each reduced FAD produces an average of 1.5 molecules of ATP .

Answer;

B. FAD

NAD can produce more energy than FAD,

Explanation;

NAD and FAD are both electron carriers, that carry electrons to the electron transport chain.

Reduced NAD/FAD are passed to the electron transport chain where hydrogen are removed from the two hydrogen carriers and is split into hydrogen ions and an electron.

Each reduced NAD molecule produces an average of 2.5 molecules of ATP and each reduced FAD produces an average of 1.5 molecules of ATP .

relative dating involves things like higher layers are most recent than rocks lower in the sequence. this can be extended to the known sequence of fossils. rocks containing rabbit fossils are later than those containing dinosaur fossils.  

absolute dating methods mainly use radioactive elements that have known rates of decay and produce recognizable products. for example potassium 40 decays to produce argon. once a rock has solidified the argon is trapped. by measuring the argon and potassium0 you can get an accurate number for the age.  

some other methods are good for archaeological ages. dendrochronology involves recognizing the sequence of tree rings. the orientation of magnetized particles in baked clay can be used to date a fire.

hope this .. .

if your own plato the answer is b. the fern transitioned from sporophyte generation to gametophyte generation.