Each ticket is 26.25, but since three friends are going, all you have to do is:
26.25 x 3
<em>Which is $78.75</em>
Answer:
4/7
Step-by-step explanation:
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9x-6=9x-6
-9x -9x
-6=-6
All real numbers is the answer
Answer:
The probability of the temperature exceeding 65 degrees Fahreneit but not needing a rolling blackout is 0.4- Hence, there is a 40% chance.
Step-by-step explanation:
Lets call F the event 'the temperature will exceed 85 degrees Fahrenheit' and B the event 'a blackout will be needed'.
We want P(F ∩ B^c), note that if F happens, there could be 2 disjoint possible events: B or B^c, hence
P(F) = P(F ∩ B) + P(F ∩ B^c)
Hence
P(F ∩ B^c) = P(F) - P(F ∩ B) = 0.6 - 0.2 = 0.4
(Step#1): Find the Perpendicular bisector of a line segment with endpoints
(Step#2): Find a Point on the perpendicular bisector
(Which is the midpoint of a given line segment)
Using the midpoint Formula which is:
(X3, Y3) = (X1 +X22, Y1 + Y22)
I Hope this helps you!!!
