Molecules that are optically active due to the tetrahedral arrangement of bonds around the carbon atom are often referred to as
1 answer:
<span>Answer:
Molecules that are optically active due to the tetrahedral arrangement of bonds around the carbon atom are often referred to as <u>Chiral Molecules</u>.
Explanation:
Chiral molecules have stereogenic centers. When plane polarized light is fall on these compounds they rotate the light either in clockwise or anti clockwise direction. The mirror images of chiral moleculecules are non-superimposable. Below few examples for molecules containing chiral centers are given.</span>
Molecules that are optically active due to the tetrahedral arrangement of bonds around the carbon atom are often referred to as <u>Chiral Molecules</u>.
Explanation:
Chiral molecules have stereogenic centers. When plane polarized light is fall on these compounds they rotate the light either in clockwise or anti clockwise direction. The mirror images of chiral moleculecules are non-superimposable. Below few examples for molecules containing chiral centers are given.</span>
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Explanation:
Let us assume that the concentration of [ and
is equal to x. Then expression for
for the given reaction is as follows.
Now, we will take square root on both the sides as follows.
M
Thus, we can conclude that the concentration in neutral water at this temperature is
M.