The right answer for the question that is being asked and shown above is that: "C) CH3CH2MgBr, ether; then KMnO4, OH2 ; then H3O+; then Br2, FeBr3."
These are the following choices:
A) Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
B) KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
C) CH3CH2MgBr, ether; then KMnO4, OH2<span> ; then H</span>3O+; then Br2, FeBr3
D) CH3CH2Br, AlCl3; then Br2, FeBr3; then KMnO4, OH2<span> ; then H</span>3O+
Answer: During everyday years energy transfers from the ocean to the air; However, all through El Nino years, the contemporary is not as warm, so much less power will transfer from the cutting-edge to the air, making Christchurch cooler than usual.
