If the green and blue bulbs are used in different rooms than plants with blue light bulb will grow faster than plants with green light bulb.
<h3>How Green and Blue light would affect plants?</h3>
- Growing plants in green light would not give them enough energy since chlorophyll reflects green light, therefore the plant would not receive that energy.
- An average plant's chlorophyll reflects green light while absorbing blue light.
- As a result, even though the plant would be receiving slightly less light in the blue room, it should still be able to thrive.
- The plant shouldn't live in the green room because it would be consuming very little energy there.
- The highest rate of photosynthesis will be produced by blue filter since they provide plants with the light spectrum they need for photosynthesis.
Learn more about photosynthesis here:
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The answer would be B.Monomers contains double bonds.
Answer:
Proteins with seven conserved "helicase domains" play essential roles in all aspects of nucleic acid metabolism. ...
Explanation:
Known or putative helicases are required for general transcription initiation and for transcription-coupled DNA repair, and may play important roles in elongation, termination, and transcript stability.
Explanation:
In a DNA molecule, Adenine forms hydrogen bonds with Thymine and Cytosine forms hydrogen bomds with Guanine.
However in mRNA, Thymine becomes Uracil (T => U)
Therefore every A in the DNA sequence becomes U,
every T in the DNA sequence becomes A,
every C in the DNA sequence becomes G,
every G in the DNA sequence becomes C.
The answer is A.
The molecule shown below is a molecule that is generally termed as the energy currency molecule of the cell, and that is ATP.
The components of it include:
1. Adenine nitrogenous base, the far left
2.Ribose, sugar the same sugar found in RNA molecules, middle.
3. Triphosphate - 3 covalently bound phosphate groups ready to split apart as they don't typically like being bonded in that manner, due to charges on phosphate, being negatively charged.
