<span>The process of grouping things based on similarities is called classification.</span>
The plants will severely dessicate and show the symptoms of burns.
Explanation:
- Osmosis is defined as the movement of Solvent molecule from a Hypotonic solution to Hypertonic solution through a Semi-permeable membrane.
- During winters, the humidity is less in the atmosphere and rate of transpiration is comparatively higher, Thus, the plant loses a significant quantity of water.
- Presence of Salt around the cells creates a hypertonic environment around it and results in ex osmosis of water . Hence the plant severely desiccates and the tissues might get damaged resembling the symptoms of burns.
Same number of atoms on the outer shell, will have similar melting and boiling properties
<span>When God came to this world in human form as Jesus Christ, he was still just as omniscient, omnipotent, and omnipresent as he was before. This is because Jesus is God. God is inherently all of those things and his qualities never change.</span>
<h2>Replication </h2>
Explanation:
Meselson and Stahl began the experiment by growing E. coli in medium, or nutrient broth, containing a "heavy" isotope of nitrogen
When grown on medium containing heavy nitrogen the bacteria took up the nitrogen and used it to synthesize new biological molecules including DNA
After many generations growing in the heavy nitrogen, the nitrogenous bases of the bacteria's DNA were all labeled with heavy nitrogen and then the bacteria were switched to bacteria containing a light nitrogen and allowed to grow for several generations
They then measured the density of the DNA using density gradient centrifugation
Results obtained contained heavy DNA,Light DNA and hybrid of Light and heavy DNA
The experiment done by Meselson and Stahl demonstrated that DNA replicated semi-conservatively, meaning that each strand in a DNA molecule serves as a template for synthesis of a new, complementary strand
Had it been conservative mode of replication, DNA replication would have resulted in one molecule consisting of both original DNA strands (identical to the original DNA molecule) and another molecule consisting of two new strands (with exactly the same sequences as the original molecule)
