<span>If you want to know the domain of a function through its graph, I simply have to "scan" the graph of the function from left to right along the X axis and see the ranges of values of the x for which it exists a value on the Y axis. In this graph it is observed that for any value of X there will be a value of Y, so that the domain of the graph function is all the real values of X</span><span>
the domain of the graphed function is</span><span>
{x | x is a real number}</span>
Answer:
done this before
Step-by-step explanation:
cant see full picture but of what i know of is he spent 35 dollars on apples for his shop...?
The acronym is Please Excuse My Dear Aunt Sally
Paranthesis first, then exponents, then multiplication, then division, then addition, then subtraction or PEMDAS
Answer:
Step-by-step explanation:
This is because you can split 63 into two numbers, and . When you simplify turns into 3 but will not simplify further so it will be .