Answer:
Consider the size of an iodine molecule and the size of a starch molecule. Make a prediction about the permeability of the baggie. Which molecule do you think will be able to pass through the membrane and where do you expect to see the color change?Consider the size of an iodine molecule and the size of a starch molecule. Make a prediction about the permeability of the baggie. Which molecule do you think will be able to pass through the membrane and where do you expect to see the color change?Consider the size of an iodine molecule and the size of a starch molecule. Make a prediction about the permeability of the baggie. Which molecule do you think will be able to pass through the membrane and where do you expect to see the color change?Consider the size of an iodine molecule and the size of a starch molecule. Make a prediction about the permeability of the baggie. Which molecule do you think will be able to pass through the membrane and where do you expect to see the color change?
Explanation:
Answer:
Enzymes involved in DNA replication are:
<em>Helicase</em> (unwinds the DNA double helix)
<em>Gyrase</em> (relieves the buildup of torque during unwinding)
<em>Primase</em> (lays down RNA primers)
<em>DNA polymerase III</em> (main DNA synthesis enzyme)
<em>DNA polymerase I </em>(replaces RNA primers with DNA)
<em>Ligase </em>(fills in the gaps)
So the correct answer would be <em>RNA polymerase</em>
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Answer:
- <u>Groundwater and surface water .</u>
Explanation:
Note:- If you have more questions then let me know !!
Therefore, there is only 1 net carbon produced to play with for each turn. To create 1 surplus G3P requires 3 carbons, and therefore 3 turns of the Calvin cycle. To make one glucose molecule (which can be created from 2 G3P molecules) would require 6 turns of the Calvin cycle.(I think)
