| 31. | In most exothermic combustion reactions this heat would simply propagate the reaction catalytically.
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| 32. | The reaction is exothermic ( gives off heat ).
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| 33. | The opposite reaction, carbonation, is exothermic and heat must be removed.
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| 34. | This means that the enthalpy term must be negative, implying an exothermic reaction.
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| 35. | Polymerization of ethylene oxide is an exothermic process.
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| 36. | The binding is usually a strongly exothermic reaction.
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| 37. | The reaction is exothermic and proceeds as follows:
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| 38. | The chemical reactions in both cases are exothermic.
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| 39. | Here, light is " generated " from a chemically exothermic reaction.
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| 40. | The occurrence of undesirable exothermic reactions was avoided through using AMP as the solid precursor
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