Molten sodium chloride is broken down in an electrolytic cell into the elements sodium and chlorine. Where do the products form?
A) Sodium forms at the cathode through oxidation, and chlorine forms at the anode through reduction.
B) Sodium forms at the anode through oxidation, and chlorine forms at the cathode through reduction.
C) Sodium forms at the cathode through reduction, and chlorine forms at the anode through oxidation.
D) Sodium forms at the anode through reduction, and chlorine forms at the cathode through oxidation.

Brainliesttt me asap! the below reaction can be categorized as more than one type of reaction. which reactions are these, and what are the types of reactions?

The scheme below is from a series of reactions that are part of a synthesis of vitamin a. answer the following questions with reference to this scheme. (i) what is "reagent a"? (ii) draw a step-by-step mechanism which explains the formation of compound c from compound b (iii) which reagents would you use to form compound e from compounds c and d (reagents b and c)? for each reagent suggested above in (ii) explain the role of the reagent in the reaction to (iv) form compound e. you may wish to do this by drawing a mechanism. 1. addition of reagent a но reagent a 2. н,о" thо oh нон-с compound a. compound b. compound c .ch-оh 1. reagent b "сно 2. reagent c сh oh compound e. compound d.

Ill give brainiestif one neutron initiates a fission event that produces two neutrons in the products, how many new reactions can now be initiated? if each of the neutrons produced in the first fission event then initiates a fission event that produces one neutron in the products, how many new reactions can now be initiated by each neutron? how many neutrons in total were produced by the two fission events described?