You have a bag of lots red and white marbles. in the worst case, how many would you have to pull out to get two marbles of the same color (either two reds or two whites? ) what if you wanted to get three of the same color? four? generalize by finding a formula for predicting the maximum number of marbles you would have to pull out to get the same color of any amount you desire.

Look at this system of equations. -3x + 3y = 12 y = x + 4 the solution set of this system is best explained by which of these statements? a) the graphs of the equations are the same line because the equations have the same slope and the same y-intercept. the system has infinitely many solutions. b) the graphs of the equations are parallel lines because they have the same slope but different y-intercepts. the system has no solution. c) the graphs of the equations are lines that intersect at one point because the equations have the same slope but different y-intercepts. the system has exactly one solution. d) the graphs of the equations are lines that intersect at one point because the equations have the same slope and the same y-intercept. the system has exactly one solution.