I'm thinking C because if it bisects it, it divides it which means it's it midpoint.
This is a particular case, but it is not necessarily true. If triangles STU and XYZ are similar, the corresponding sides are in the same proportion. So, there exists a number 
such that
So, if 
, the corresponding sides are actually congruent, but it can be any other number. For example, if 
, triangle XYZ is exactly twice as large as triangle STU, but they are still similar.
Answer: B: n^2+6n+1
Step-by-step explanation:
A=n
B=2n+6
C=n^2-1
AB-C
n(2n+6)-n^2-1
2n^2+6n-n^2+1
n^2+6n+1
Answer:
12/25
Step-by-step explanation:
Change the decimal to fraction form. Move the decimal point to the right two place values and set over 100:
0.48 = 48/100
Note that you must simplify. Divide common factors from both the numerator and denominator:
(48/100)/(4/4) = 12/25
12/25 is your simplest form fraction.
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Answer:
plus and minus
Step-by-step explanation:
example : 3 ± 5 = 8 or -2
