32) reactions that can not occur spontaneously are..\noa) exothermic\nob) endothermic\nsave\nnot…

32) reactions that can not occur spontaneously are..\noa) exothermic\nob) endothermic\nsave\nnot graded\n\n33) melting of the ice cube is an example of...\noa) exothermic\nob) endothermic\nsave\nnot graded\n\n34) what type of reaction releases energy and does not require inital energy to occur?\na) exothermic\nb) endothermic\nsave\nnot graded\n\n35) what type of chemical reaction absorbs energy and requires energy for the reaction to occur?\na) exothermic\nb) endothermic

32) reactions that can not occur spontaneously are..\noa) exothermic\nob) endothermic\nsave\nnot graded\n\n33) melting of the ice cube is an example of...\noa) exothermic\nob) endothermic\nsave\nnot graded\n\n34) what type of reaction releases energy and does not require inital energy to occur?\na) exothermic\nb) endothermic\nsave\nnot graded\n\n35) what type of chemical reaction absorbs energy and requires energy for the reaction to occur?\na) exothermic\nb) endothermic

Answer

Brief Explanations:

Exothermic reactions release energy and can occur spontaneously. Endothermic reactions absorb energy and may not occur spontaneously. Melting of ice requires heat (absorbs energy), so it's endothermic. A reaction that releases energy and doesn't need initial energy to occur is exothermic, and a reaction that absorbs energy and requires energy to occur is endothermic.

Answer:

  1. B. endothermic
  2. B. endothermic
  3. A. exothermic
  4. B. endothermic