PLEASE HELP ME SOLVE THE SLOPE INTERCEPT FOR THESE! hrough: (0, -5), slope = -4 A) y = -3x - 2 B) y = -4x - 5 C) y = -5x - 2 D) y = -2x - 5 2) through: (5, -3), slope = -8 5 A) y = 2 5 x + 5 B) y = 8 5 x + 5 C) y = -2 5 x + 5 D) y = -8 5 x + 5 3) through: (-2, 4), slope = 3 A) y = 10x + 2 B) y = 10x + 3 C) y = 2x + 10 D) y = 3x + 10 Write the slope-intercept form of the equation of the line through the given points. 4) through: (0, -5) and (2, -3) A) y = -x - 5 B) y = x - 5 C) y = -5x - 1 D) y = -4x - 1 5) through: (2, -1) and (0, -2) A) y = -2x - 1 2 B) y = -1 2 x - 2 C) y = 1 2 x - 2 D) y = 2x - 1 2

Which situation could best be represented by this linear equation? 24x + 38y = 520 > if x represents the number of bracelets and y represents the number of rings, there were 24 more bracelets sold than rings. the total sales were $520. if x represents the number of bracelets and y represents the number of rings, there were 38 more bracelets sold than rings. the total sales were $520. if x represents the number of bracelets sold at $24 each and y represents the number of rings sold at $38 each, the total sales were $520 if x represents the number of bracelets and y represents the number of rings, there were 520 bracelets and rings sold. bracelets were $24, and rings were $38. e