I think its B.) because if u count it all properly u would realize that they would all have to same numbers to match
Answer:
ASA
Step-by-step explanation:
You can show the angles at either end of segment BC in triangles MBC and LCB are congruent, so you have two angles and the segment between. The appropriate theorem in such a case is ASA.
Answer:
D
Step-by-step explanation:
you can express them in all the above form
Answer:
Step-by-step explanation:
(1). (8,4)
(2). (6,0)
(3). (3,5)
(4). (24,3)
(5). (12,17)
(6). (2,3)
(7). (4,1)
(8). (2,1)
Answer:
Step-by-step explanation:
So,it would be easier to simplify the right equation, so when I say "the right equation", I mean the one I will make right now. It is 8x+9. So the first problem is 8x+9=x+?. Well, if there are no solutions, the slopes have to be the same, and the y-int doesn't matter. So the answer would be + 7x because that will make the x an 8x. If there is one solution, then the slope has to be different. So literally anything but 7x will work. Even constants. If there are infinitely many solutions, then the equations have to be the same. Meaning, you would have to add 7x and 9 to make the left equation the same as the right.
