Answer:
The equipment for studying fluorescence-labelled cells is called the Fluorescence microscope. The process of using this equipment for studying fluorescence-labelled cells is called <em>Fluorescence microscopy. </em>
This equipment is very much in use with regards to the study of how molecules are distributed within a cell.
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Answer:
b) H2O → P680 chlorophyll a pair → PS II primary electron acceptor → Pq → cytochrome complex → Pc → P700 chlorophyll a pair → PS I primary electron acceptor → Fd → NADPH
Explanation:
The energy present in the photons is used to produce high energy electrons during the light chain of reactions. The H2O molecules generate P680 which is an excited chlorophyll molecule. Then the molecules are converted into pheophytin. The pheophytin produce special quinones which are QA and QB. This generates a plastoquinone pool.
B. Gorilla. Primates are the closest thing to us, basically.
The correct answer would be D- lunar.
Option D is the only <span>source of energy that in not currently used to produce electricity in our homes. Researchers are creating lunar panels (similar to solar panels) but there are </span>obstacles to large-scale energy production.
The moon can generate electricity, but for now it's just not accessible.
Answer:
Baking bread
Explanation:
Over time, microorganisms have been found beneficial in nature. most significantly in the fermentation process of bread baking. the main micro organism in bread making traditionally is the yeast. Yeast is a microbe, when the yeast feeds on sugar it ferments it and it converts the sugar into carbon dioxide and ethanol. The function of the yeast in bread making is that it causes bread to rise.
