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Bond enthalpy is the energy

Bond enthalpy is the energy required to break a mole of a certain type of bond.O=O = 495 kj/mol S-F = 327 kj/mol S=O = 523
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2. asked by Dr BOB plz ANSWER
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Bond enthalpy is the energy required to break a mole of a certain type of bond.O=O = 495 kj/mol S-F = 327 kj/mol S=O = 523
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2. asked by kira
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Bond enthalpy is the energy required to break a mole of a certain type of bond.O=O = 495 kj/mol S-F = 327 kj/mol S=O = 523
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2. asked by dereyab
3. 706 views
The enthalpy of dissociation for hydrogenH2(g) → 2 H(g) is ΔH = 436.0 kJ/mol. What is the difference between the bond
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2. asked by LaurenB
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Consider the hypothetical elements X and Y. Suppose the enthalpy of formation for the compound XY is -336 kJ/mol, the bond
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2. asked by Jude
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Consider the hypothetical elements X and Y. Suppose the enthalpy of formation for the compound XY is ƒ{336 kJ/mol, the bond
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2. asked by chemistry
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Using the form of energy diagram,make a concept map of the two different methods of calculation of reaction enthalpy(via the
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2. asked by Gift
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Use the table below to calculate the change in enthalpy (bond energy) for the reaction above.Bond Type Bond Energy kJ/mol O - H
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Use the table below to calculate the change in enthalpy (bond energy) for the reaction above.Bond Type Bond Energy kJ/mol
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2. 41 views
The average bond enthalpy for C__H is 413 kJ/mol. In other words, 413 kJ of energy is required to break a mole of CH into atoms:
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2. asked by sarah
3. 1,164 views