<span>5 and 764 over 999
Converting a repeating decimal into a rational fraction is easy to do. So let's do it and see what we come up with to compare against the available options.
5.764764764 ...
It's obviously 5 + some fraction 0.764764764 ... so
X = 0.764764764 ...
1000 X = 764.764764764 ...
- X 0.764764764 ...
999 X = 764
X = 764/999
So the answer is 5 and 764/999
Looking over the available options, only the response
"5 and 764 over 999" matches.</span>
Answer:
can someone answer this question for me plz.
Step-by-step explanation:
i will mark brainliest and give points if wanted
Answer:5
ewfwefwefwefwefwefewfewfwefewfewfwefwefwefwefwefefrerfreferfef
Step-by-step explanation:rrrrrrr
efwefwefewfwehi
Answer:
Factor of 12
= 2 × 2 × 3
Factor of 27
= 3 × 3 × 3
Now ,
CF = 3
HCF = 3
hence...the greatest common multiple of 12 and 27 is 3
Answer:
Shown Below
Step-by-step explanation:
The question says:
And it says to verify that both functions are inverses of each other.
To show this, we have to understand one composition of function property. When 2 functions are inverses of each other, the composition of both functions should yield "x". In notation:
(f o g)(x) = f(g(x)) = x
and
(g o f)(x) = g(f(x)) = x
So, we need to show that putting f(x) into g(x) and putting g(x) into f(x) both yields "x". Lets show this:
First:
Verified.
Second:
Verified.
We have shown that both the functions are inverse of each other.