An equilateral triangle has three sides with equal length and three angles with equal measure. Given equilateral triangles, AABC and ADEF complete the statements below.
1. AABC ADEF

Never, Sometimes, always

2. If ZB » Ze and mZB= 60° then mZE -

30, 120, 60

3. AABC - ADEF

Always, sometimes, never

When graphing the two equations, the point of intersection is the solution. *by the way the top question is an example of the graph* to graph each equation, apply the slope intercept form, y = mx + b *find solution for all* equations: 1) y = 5x - 2 y = x + 6 2) y = 2x - 4 y = x +2 3) y = x + 2 y = -x +2 now for questions 4-6, check the solution too 4) y = 3x + 2 y = 3x - 4 m= m= b= b= 5) y = 2x + 1 2y = 4x + 2 m= m= b= b= 6) y = x - 3 y = -x +3 m= m= b= b= *dont have to check solution for 7-9* 7) y = 5x + 1 y = x - 3 8) y = x - 5 y = 3x + 1 9) y = 3x - 1 y = 3x - 4

Find the solution set of this inequality. enter your answer in interval notation using grouping symbols. |8x-4| ≤ 12

Is triangle jkl congruent to triangle rst? if so, what is the scale factor?