You would use PEMDAS so that means you would start by multiplying 3 with the parentheses 3(2+6d) on both sides then you would combine like terms so you would add 18d+18d. Then you would subtract 6- -5 on both sides then solve for a one-step equation
3(2+6d)-5=3(2+6d)-5
6+18d-5=6+18d-5
6+36d-5=6-5
1+36d=1
-1. -1
36d/36. 0/30
D=0
Answer:
d. AAS
Step-by-step explanation:
These triangles can be proven congruent through AAS, or angle, angle, side. This means that two angles and one nonincluded side are congruent. Two sides are marked as congruent through a tick mark, and one angle pair is marked by one arc on each angle. We also know that the middle angles, that are connected, are congruent because they are vertical angles. Therefore, they are congruent, which can be proven by AAS.
100 I guess because if 16*10 is 160 then 10*10 is 100
Answer:
Symmetric
Step-by-step explanation:
If you put a line in the middle of the third row and fold it on itself, it would match.
Answer:
Step-by-step explanation:
Decompose the denominator.
So, 3 has to be multiplied by p-1 and p+1 has to be multiplied by 1.