26. Write in the first two boxes on the left an equation using structural formulas for the reaction between the two reactants, C3H3 and Cl2 to form two products. Hint: In the third box draw the product where a chlorine atom replaces a hydrogen atom attached to carbon #1 in C3H§. 28. Reconstruct your ball-and-stick models of C3H8 and Cl2. Consider what products would be formed if a hydrogen attached to carbon #2 of C3H8 were replaced by a chlorine atom. 29. Convert your ball-and-stick models of C3H8 and Cl2 into your predicted products. b bbA () 30. Write an equation in the next four boxes using the structural formulas for the reaction of C3Hs and Cl2. In the first product, a chlorine replaces a hydrogen attached to carbon #2 of C3H8. iw

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I cant seem to understand questions #26-30 Help please.
26. Write in the first two boxes on the left an equation using structural formulas for the
reaction between the two reactants, C3H3 and Cl2 to form two products. Hint: In the
third box draw the product where a chlorine atom replaces a hydrogen atom attached to
carbon #1 in C3H§.
28. Reconstruct your ball-and-stick models of C3H8 and Cl2. Consider what products
would be formed if a hydrogen attached to carbon #2 of C3H8 were replaced by a chlorine
atom.
ball-and-stick models of C3H8 and Cl2 into your predicted products.
b bbA ()
29. Convert
your
30. Write an equation in the next four boxes using the structural formulas for the reaction
of C3H8 and Cl2. In the first product, a chlorine replaces a hydrogen attached to carbon
#2 of C3H8.
riw
Transcribed Image Text:26. Write in the first two boxes on the left an equation using structural formulas for the reaction between the two reactants, C3H3 and Cl2 to form two products. Hint: In the third box draw the product where a chlorine atom replaces a hydrogen atom attached to carbon #1 in C3H§. 28. Reconstruct your ball-and-stick models of C3H8 and Cl2. Consider what products would be formed if a hydrogen attached to carbon #2 of C3H8 were replaced by a chlorine atom. ball-and-stick models of C3H8 and Cl2 into your predicted products. b bbA () 29. Convert your 30. Write an equation in the next four boxes using the structural formulas for the reaction of C3H8 and Cl2. In the first product, a chlorine replaces a hydrogen attached to carbon #2 of C3H8. riw
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The reaction between C3H(propane) and Cl2 (chlorine) is an example of substitution reaction where hydrogen atom of alkane is replaced by a chlorine atom.

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