The answer would be 226.2442.
Answer:
9801
Step-by-step explanation:
you can solve by putting 99 over 99 and then multiplying
There are a couple of operations you can do on powers
We can multiply powers with the same base
x4⋅x2=(x⋅x⋅x⋅x)⋅(x⋅x)=x6
xa⋅xb=xa+b
This is an example of the product of powers property tells us that when you multiply powers with the same base you just have to add the exponents
Answer:
less
Step-by-step explanation:
without dividing you can still see that you're dividing the number 5 1/6 into more small pieces when you divide by 3 5/8 than when dividing by 2 2/5. it's like how you know that dividing 100 by 3 is going to give you a smaller number than dividing it by 2 because when you divide 100 by 3 the groups will have smaller numbers because there are more groups.
Given:
The relation S is:
To find:
The domain and range of S.
Solution:
If a relation is defined by the set of ordered pairs (x,y), then the domain is the set of x-values and range is the set of y-values.
Let R be a relation defined as 
, then 
and 
.
The given relation is:
Here, x-values are 4,-9,0,6 and the y-values are 9,4,-9,6.
So, the domain and range of the given relation S are
Therefore, and .
