Answer:
Well, this could turn out to be a simple permutation problem: you have ten number choices (0-9) for each digit of a phone number and repetitions are allowed. Technically, there could be as many as \begin{align*}10^{10} = 10,000,000,000\end{align*}, or 10 billion possible phone numbers.
Step-by-step explanation:
:D
Y=1/2x is the equation of the line.
300,000
+
50,000
+
6,000
+
100 or 0.100 if decimal
+
70 or 0.07 if decimal
+
8 or 0.008 if decimal
We're given c to f and we want f to c:
We substitute f=62
Answer:
13825
Step-by-step explanation: