The relative ratio of the products is calculated as number of equivalent H x reactivity /total reactivity
The product 1 can be formed by replacement of 6 equivalent primaryhydrogens
thus itspossible reactivity = 6x 1
product 2 can be formed by replacement of 4 equivalent secondaryH
Thus its possible reactivity = 4 x3.5
product 3 is formed by replacement of one H
thus its possible reactivity = 1 x 5.0
product 4 can be formed by replacement of 3 equivalent H
Thus its posible reactivity = 3x1.0
Thus total reactivity = (6x1) +(4x3.5) + (1x5.0) + (3x1.0) =28
% of product1 = (6/28)x100
= 21.42 %
% of product 2 =(4x3.5)x100/28
= 50%
% of product 3 = (1x5.0)x100/28
= 17.85%
% of product 4 =(3x1.0) x100/28
=10.714%
Organic chemistry Determine the ratio of the products formed for the monochlorination reaction shown below. Assume...
please help
13. The reaction of 3-methyl-1-phenylbutane with chlorine yields four different monochlorination products via a free radical mechanism. The experimental distribution of these products is given below. Use this information to determine the relative reactivity of the primary, secondary, tertiary and secondary benzylic hydrogens under these reaction conditions. SHOW ALL WORK!!! on a ou on oso ona 66.27% 12.54% 11.01% 10.18% 14. The free radical reaction of chlorine with 1,3-dimethyl cyclohexane yields five different monochlorination products. Draw the structure...
Predict the organic products formed when CH3-CH2-C?C:–Na+ undergoes a reaction with the compound shown below.
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18.. Based on selectivity factors, one can calculate the ratio of products expected from a monohalogenation reaction. For the monochlorination reaction below, calculate the expected percent yields given that 30 hydrogens are 5 times more reactive than 1° hydrogens toward abstraction by chlorine atoms and 2° hydrogens are 3.8 times more reactive than 1° hydrogens toward abstraction by chlorine atoms at room temperature. CI Cl2 hv 1.12 CI HO
organic chemistry
II. The reaction shown is an S1 reaction. a. Show the first step in this reattion CH Cн,он What is the geometry at the reaction center in the intermediate step? b. Redraw the intermediate from step a, add the curved arrows and show the final step along with the resulting products How many stereaisomers result from this reactionn? is the final product chiral? Why or why not? If the product is chiral draw all stereaisomers formed d.
1. Which of the following statements about the ratio of products
formed by a reaction under kinetic control are true? (there can be
more than one answer)
2. Which of the following statements relates the value and
magnitude of ?Hf to stability of a product? (only one answer)
□ The ratio of products is determined by the relative energies of transition states The ratio of products is determined by the energies of products. The ratio of products is not determined...
The organic products arising from Reaction #1 are shown below.
Rank products A, B and C from
most abundant to least abundant (most abundant first).
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Predict the major organic product formed when the compounds
shown below undergo a reaction in the presence of AlCl3.
Predict the major organic product formed when the compounds shown below undergo a reaction in the presence of AlCl3.
Draw the organic product or products formed when the structure shown below is heated with HBr. If no reaction occurs, draw the starting material. Interactive 3D display mode CH HC HC 0 CH, Draw the molecule or molecules on the canvas by choosing buttons from the Tools (for bonds), Atoms, and Advanced Template toolbars. The single bond is active by default.
Draw the organic product formed when the structure shown below
undergoes a reaction with CH3C?CNa.
Draw the organic product formed when the structure shown below undergoes a reaction with CH3C?CNa.