in a chemical process, the atoms in the reactants are arranged differently than they are in the products…

in a chemical process, the atoms in the reactants are arranged differently than they are in the products. for these atoms to be rearranged, the bonds between some of the atoms in the reactants must be broken. the disconnected atoms can now form new bonds with other atoms, producing substances with different arrangements of atoms. these substances are the products. consider the reaction that is modeled below, which summarizes cellular respiration. for every 1 molecule of glucose and 6 molecules of oxygen gas that go into cellular respiration, the process produces 6 molecules of carbon dioxide gas and 6 molecules of water. glucose + oxygen → carbon dioxide + water complete the paragraph. during cellular respiration, some chemical bonds between atoms in oxygen and glucose molecules are. as atoms are rearranged, new chemical bonds are between different atoms to produce carbon dioxide gas and water.

in a chemical process, the atoms in the reactants are arranged differently than they are in the products. for these atoms to be rearranged, the bonds between some of the atoms in the reactants must be broken. the disconnected atoms can now form new bonds with other atoms, producing substances with different arrangements of atoms. these substances are the products. consider the reaction that is modeled below, which summarizes cellular respiration. for every 1 molecule of glucose and 6 molecules of oxygen gas that go into cellular respiration, the process produces 6 molecules of carbon dioxide gas and 6 molecules of water. glucose + oxygen → carbon dioxide + water complete the paragraph. during cellular respiration, some chemical bonds between atoms in oxygen and glucose molecules are. as atoms are rearranged, new chemical bonds are between different atoms to produce carbon dioxide gas and water.

Answer

Answer:

  1. broken
  2. formed

Brief Explanations:

In cellular - respiration, bonds in reactants (oxygen and glucose) break and new bonds form in products (carbon - dioxide and water).