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18 Nov 2019
3. A neutral molecule with a trivalent carbon with seven valence electrons is called: 4. A neutral molecule containing a divalent carbon with six valence electrons is called radical 5. In a radical reaction, the step below is an example of: .ai carbocation B) carbanion C) carbene D) radical A) carbocation B) carbanion C) carbene D) CI-CI CH3-CH-CH3 C Cl + CH-CH-CH3 B) propagation A) Radical reaction is a process involving symmetrical bond breaking and bond making. C) Substitution is a reaction where two reactants exchange parts to give two new products. + Hs_ã ¡ ã ¡+ A) initiation C) termination D) substitution 6. Which statement is not correct? B) Endergonic reaction is a reaction where DGD is negative. D) Activation energy is the energy needed by reactants to reach the transition state. 7. The reaction depicted in the energy diagram below can best be described as: Enr C. Reaction Progress A) slow exergonic reaction C) slow endergonic reaction B) fast exergonic reaction D) fast endergonic reaction 8. Write the radical mechanism for the following reaction.
3. A neutral molecule with a trivalent carbon with seven valence electrons is called: 4. A neutral molecule containing a divalent carbon with six valence electrons is called radical 5. In a radical reaction, the step below is an example of: .ai carbocation B) carbanion C) carbene D) radical A) carbocation B) carbanion C) carbene D) CI-CI CH3-CH-CH3 C Cl + CH-CH-CH3 B) propagation A) Radical reaction is a process involving symmetrical bond breaking and bond making. C) Substitution is a reaction where two reactants exchange parts to give two new products. + Hs_ã ¡ ã ¡+ A) initiation C) termination D) substitution 6. Which statement is not correct? B) Endergonic reaction is a reaction where DGD is negative. D) Activation energy is the energy needed by reactants to reach the transition state. 7. The reaction depicted in the energy diagram below can best be described as: Enr C. Reaction Progress A) slow exergonic reaction C) slow endergonic reaction B) fast exergonic reaction D) fast endergonic reaction 8. Write the radical mechanism for the following reaction.
Sixta KovacekLv2
27 Feb 2019