The two conditional relative frequency tables show the results of a neighborhood survey on the number and types of gardens in the community. which table could be used to answer the question "assuming someone has a flower garden, what is the probability they also have a vegetable garden? " 1) table a, because the given condition is that the person has a flower garden. 2) table a, because the given condition is that the person has a vegetable garden. 3) table b, because the given condition is that the person has a flower garden. 4) table b, because the given condition is that the person has a vegetable garden.

3) Table B, because the given condition is that the person has a flower garden.

Step-by-step explanation:

In Table A, there are frequencies by column .

The columns of the table are "Vegetable Garden" and "No Vegetable Garden".

It means if we assume some one as a Vegetable Garden or No Vegetable Garden as initial condition, then Table A works.

In Table B, there are frequencies by rows .

The columns of the table are "Flower Garden" and "No Flower Garden".

It means if we assume some one as a Flower Garden or No Flower Garden as initial condition ,then Table B works.

Hence, Table B could be used to answer the given question  because the given condition is that the person has a flower garden.

because linear equations are a lot simpler than quadratics equations, and linear equations formula is a lot easier to memorize. that's why i think they're harder.

150.6

all i did was i multiplied 5.02 by 30