| 1. | This is the physical understanding of exothermic and endothermic reactions.
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| 2. | This differs from an endothermic reaction where the entropy is not included.
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| 3. | ** The laws of thermodynamics do not make endothermic reactions impossible.
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| 4. | Net energy is absorbed by an endothermic reaction.
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| 5. | T-peak is the position where the endothermic reaction occurs at the maximum.
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| 6. | As water is heated with starch granules, gelatinization occurs, involving an endothermic reaction.
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| 7. | But at high temperatures, they undergo an endothermic reaction producing various oxides of nitrogen.
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| 8. | The calcination reaction is the only endothermic reaction in the process and is shown here:
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| 9. | This differs from a exothermic reaction or a endothermic reaction where the entropy is not included.
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| 10. | The explanation for this anomaly is the endothermic reaction of sulfur with H 2 S to polysulfane.
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