The distributive property: a(b + c) = ab + ac
12(6k + 3) + 4(7 - 5k) = 12(6k) + 12(3) + 4(7) + 4(-5k)
= 72k + 36 + 28 - 20k = 52k + 64
Answer:
AP is not congruent to PB
Step-by-step explanation:
If CP were a perpendicular bisector of AB, a couple of conditions would be true:
- CP would be perpendicular to AB (which it is)
- CP would bisect AB (which it does not)
If CP were to bisect AB, then point <em>P would be the midpoint of AB</em>, and you would have AP ≅ PB. Segments marked congruent in the diagram would include both AP and PB. (If CP were also perpendicular to AB, then C would be equidistant from A and B.)
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The fact that CP is congruent to PB has no meaning in this context. It is only marked that way for the purpose of creating confusion.
6/6 and 1 are equivalent because 6/6 has 6 parts of something and 6 prats are shaded which makes the whole thing shaded which makes it a whole, 6/6 = 1.
Subtract the known trinomial from the total sum:
6x2 - 5x + 4 - 4x2 + 3x - 2 = 2X^2 -8x +6
