Answer:
In a dichotomous key you named then by their traits while in a branching diagram it already has the name and it's traits.
Explanation:
In dichotomous keys (also called single-entry or single-entry keys), a fixed sequence of alternatives must be followed, where multiple steps (including one or more characters) present two contrasting options (character states). As a result, only a single series of choices results in correct identification. Thus for each taxon there is a specific sequence of steps. An important factor of the dichotomous keys is that through them it is possible to name living beings through their characteristics.
A branch diagram can be used to represent a probability space. It can also be used to represent the various possibilities of a permutation or combination. This type of diagram provides a convenient way to organize information from a set of conditional events. In biology, the branch diagram shows the name and characteristics of a being and its relationship to different beings and characteristics.
b.radiation
c.Conduction
d.convection
the answer is b because radiation is the electromagnetic radiation from the surface of an object which is due to the object's temperature. It is also the only type of heat transfer that can move through the vacuum of space because electromagnetic waves to not need matter to travel.