References
Academic.Tips. (2023) 'Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step'. 13 March.
Reference
Academic.Tips. (2023, March 13). Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step. https://academic.tips/question/consider-the-free-radical-reaction-to-chlorinate-methane-to-produce-chloromethane-cl2-ch4-hcl-ch3cl-these-are-not-the-only-products-because-a-great-variety-of-radical-collisions-are-possible-o/
References
Academic.Tips. 2023. "Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step." March 13, 2023. https://academic.tips/question/consider-the-free-radical-reaction-to-chlorinate-methane-to-produce-chloromethane-cl2-ch4-hcl-ch3cl-these-are-not-the-only-products-because-a-great-variety-of-radical-collisions-are-possible-o/.
1. Academic.Tips. "Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step." March 13, 2023. https://academic.tips/question/consider-the-free-radical-reaction-to-chlorinate-methane-to-produce-chloromethane-cl2-ch4-hcl-ch3cl-these-are-not-the-only-products-because-a-great-variety-of-radical-collisions-are-possible-o/.
Bibliography
Academic.Tips. "Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step." March 13, 2023. https://academic.tips/question/consider-the-free-radical-reaction-to-chlorinate-methane-to-produce-chloromethane-cl2-ch4-hcl-ch3cl-these-are-not-the-only-products-because-a-great-variety-of-radical-collisions-are-possible-o/.
Work Cited
"Consider the free-radical reaction to chlorinate methane to produce chloromethane. Cl2 + CH4 = HCl + CH3Cl. These are not the only products because a great variety of radical collisions are possible other than those leading to the simple idealized products. Your text notes the production of dichloromethane, trichloromethane, and tetrachloromethane. Show a complete mechanism, including the initiation step, to explain how 1,2-dichloroethane, a minor but detectable product in this reaction, could be produced. Use chain propagation steps whenever possible, although a key step in the mechanism has to be what is usually regarded as a termination step." Academic.Tips, 13 Mar. 2023, academic.tips/question/consider-the-free-radical-reaction-to-chlorinate-methane-to-produce-chloromethane-cl2-ch4-hcl-ch3cl-these-are-not-the-only-products-because-a-great-variety-of-radical-collisions-are-possible-o/.