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Atoms a and Z May Form Either Single Bonds or Double

Question 140

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Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E) Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ?


A) Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E)
B) Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E)
C) Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E)
D) Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E)
E) Atoms A and Z may form either single bonds or double bonds. Shown is an energy diagram for the formation of a single bond between A and Z from the individual atoms in the gas phase. Which diagram below corresponds to the reaction A(g) + Z(g) → A=Z(g) ? A) B) C) D) E)

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