Answer
Find out the the value of the fourth term in a geometric sequence for which
To proof
The formula for the general term for each geometric sequence is
where
Put n= 4
Solving
The value of the fourth term in a geometric sequence is 1.25 .
Hence proved
Answer:
20y + 5
Step-by-step explanation:
6y + 2 + 3 + 14y
20y + 2 + 3
20y + 5
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PLEASE MARK BRAINLIEST!
Try this solution:
The correct answer is 'a' only, where x= -4;-1 and y= -6;-21
The difference is zero, because whenever you multiply,
the order of the factors doesn't matter. I think that's the
"commutative" property of multiplication, but I may be
wrong about that name.
Answer:
The sum is the third answer
Step-by-step explanation:
you add together the numbers that are in the same spot in both matrixes.
-3 + -4 0 + 2
5 + -1 -7 + 8
That would give you
-7 2
4 1