Answer:
Table J
Explanation:
A direct variation is a simple relationship between x and y.
When you are looking for the direct relationship you should use the formula for it y=kx, or you could just divide y over x (
).
Analysing Table F:
The relationship between x and y is 4.

The origin is fine and doesn't ruin the relationship.
Analysing Table G:
The relationship between x and y is 5.

Analysing Table H:
The relationship between x and y is
.

Like I said before the origin doesn't ruin the relationship so it's fine.
Analysing Table J:
This one doesn't have a direct relationship between x and y.
