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In this particular video, if you're going to discuss the design question.
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The question is, here we will discuss the design question.
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That is problem 50.
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Identify the chiral center in each of the following molecules.
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So first one is we have to determine here the chiral center.
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Karel center is a central atom containing four different groups, surrounded by four different groups are chiral center and it has no plane of symmetry.
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So here, the first molecule is 2 -methal -pentine -3 -all.
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2 -metail -pentine -3 -all.
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Ch -3, ch2, and ch -o -h.
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And next is ch and here, ch -3, ch -3.
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So this is 1 -2.
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This is a 1 -2 -methyl 2 -metail pin -chain 3 -all this is 2 -metail -pentine 3 -all this is the longest chain we have selected here longest continuous chain so this is the ipeg name is for the given structure is that is 2 methyl pentane 3 -all so here we have to identify the chiral center and here the chiral center is this is the chiral center having one two three and four different groups this is this is one and hydrogen and hydroxyl and ethyl so this is chiral center and next is in part b three chlorobutin one all structure of three chlorobutin one all is ch3 chlorine and ch chlorine and ch2 ch2 ch3 so chiral center here is this is chiral center...