To do this, find the square root of 16. 4 x 4 is 16. So one side of the square is 4 units.
Difference of 2 perfec squares is
(a^2)-(b^2)
if the exponents are both even and the coeficient (the number in front) are perfect squares, then it is difference t 2 perfect squares
first one
8 is not perfect square
2nd one
(4e^4)^2-(9g^2)^2
third
25 is odd, so it cannot be split up into 2 nice numbers
4th
(11m^9)^2-(3n^5)^2
Answer:
The answer after division is: 
Step-by-step explanation:
The given question involves two mixed fractions that are being divided.
First of all, we will convert the fractions into proper fractions
When the division is performed, the second fraction is reversed
So dividing gives us:
Hence,
The answer after division is:
You can solve this problem by using the Gauss method. The Gauss method is a method where you can add the first and last numbers together, and then multiply by how many times that appears. Here, the sum of the first and last number is -11. In this sequence, it would appear ten times (since there are ten terms and the terms are used twice in every eleven). -11 * 5 is -55, so that means the answer to this question is -55.
