Answer:
Glycine contains a lone hydrogen atom in its side group which makes it less bulky than other amino acids
Explanation:
Glycine contains a lone hydrogen atom in its side group which makes it less bulky than other amino acids. This characteristic enables it to overcome strict effects or nonbinding barriers which be faced by other amino acids
Explanation:
The first one is not true more energy per gram than other biomolecules
The right answer is to perform photosynthesis (more precisely to convert ADP to ATP by ATP synthase).
Light comes to us in the form of photons. These photons have a different energy potential depending on their wavelength.
When a pigment picks up a photon corresponding to its absorption capacity, one of its electrons goes into the excited state. This energy can be transmitted in 3 ways: either by spreading it in the form of photon or heat; both ways lose energy. The third is to transmit resonance energy and there is almost no loss of energy.
A photosystem consists of a reaction center and a collector antenna to optimize the absorption of photons triggering photochemical reactions in order to operate the ATP synthase to produce ATP in the presence of a hydrogen gradient.
A swamp involves the biosphere and the hydrosphere
a farm involves the biosphere and the atomosphere
It eliminates certain genetic diseases or bad traits for the flock.
