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(Solved): For a simple bimolecular reaction, where one atom is transferred between two molecules, the reaction ...



For a simple bimolecular reaction, where one atom is transferred between two molecules, the reaction energy diagram can be inferred from the individual bond prope The reaction can be described by: A-X+B A+ X-B If the A-X bond energy is 325 kJ/mole, and the X-B bond energy is 399 kJ/mole, what is the overall energy change for the reaction (in kJ/mole)? -73.5 73.5 325 -399 If the reaction occurs in a single elementary step, through one collision, which of the following is a possible activation energy for this reaction (in kJ/mole)? 167 364 How will the activation energy for the reverse reaction compare to the activation energy for the forward reaction? larger smaller

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For a simple bimolecular reaction, where one atom is transferred between two molecules, the reaction energy diagram can be inferred from the individual bond prop The reaction can be described by: If the bond energy is , and the bond energy is , What is the overall energy change for the reaction (in imole)? 73.5 325 399 If the reaction occurs in a single elementary step, through one collision, which of the following is a possible activation energy for this reaction (in kJ/mole)? 167 364 How will the activation energy for the reverse reaction compare to the activation energy for the forward reaction? larger smaller


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1) the enthalpy change is the difference between bond enthalpy of reactants and products


  = 325 -399...
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