For the following reactions the major products are shown: H_(2)C=CH-CH=CH_(2) overset(HBr)underset(0^(@)C) to H_(2)C =CH-underset(Br)underset(|)(CH)-CH_(3)-overset(+25^(@)C) to underset(Br)underset(|)(CH_(2))CH=CHCH_(3) These provide an example of overset(1)(_) control at low temperature and overset(2)(_) control at higher temperature.

For the following reactions the major products are shown: H_(2)C=CH-C

1.	For the following reactions the major products are shown: H_(2)C=CH-CH=CH_(2) overset(HBr)underset(0^(@)C) to H_(2)C =CH-underset(Br)underset(\|)(CH)-CH_(3)-overset(+25^(@)C) to underset(Br)underset(\|)(CH_(2))CH=CHCH_(3) These provide an example of overset(1)(_) control at low temperature and overset(2)(_) control at higher temperature.
Answer» `{:(1,2),("KINETIC","thermodynamic"):}` `{:(1,2),("thermodynamic","kinetic"):}` `{:("kinetic","kinetic"):}` `{:("thermodynamic","thermodynamic"):}` SOLUTION :Low TEMPERATURE kinetic control HIGH temperature thermodynamic control.