Every positive integer is to be colored according to two rules. 1. Each number is green or red 2. the sum of any two different numners of a given color is that same color. in how many different ways can this be done? The answer is 6 I want to know how to get there

The box plot shows the number of raisins found in sample boxes from brand c and from brand d. each box weighs the same. what could you infer by comparing the range of the data for each brand? a) a box of raisins from either brand has about 28 raisins. b) the number of raisins in boxes from brand c varies more than boxes from brand d. c) the number of raisins in boxes from brand d varies more than boxes from brand c. d) the number of raisins in boxes from either brand varies about the same.

Brainliest ! which of the coordinates are not of th vertices of the feasible region for the system of inequalities y≤4,,x≤5,x+y> 6 a(2,4) b(0,6) c(5,4) d(5,1)

Wich statement could be used to explain why the function h(x)= x^3 has an inverse relation that is also a function