Answer:
least to greatest: -5 and 1
Step-by-step explanation:
they represent the zeroes of the function and are sorted from least to greatest
Using the fundamental counting theorem, we have that:
- 648 different area codes are possible with this rule.
- There are 6,480,000,000 possible 10-digit phone numbers.
- The amount of possible phone numbers is greater than 400,000,000, thus, there are enough possible phone numbers.
The fundamental counting principle states that if there are p ways to do a thing, and q ways to do another thing, and these two things are independent, there are ways to do both things.
For the area code:
- 8 options for the first digit.
- 9 options for the second and third.
Thus:

648 different area codes are possible with this rule.
For the number of 10-digit phone numbers:
- 7 digits, each with 10 options.
- 648 different area codes.
Then

There are 6,480,000,000 possible 10-digit phone numbers.
The amount of possible phone numbers is greater than 400,000,000, thus, there are enough possible phone numbers.
A similar problem is given at brainly.com/question/24067651
8 + 8 = 16
16 - 1 = 15
or
7 + 7 = 14
14+1 = 15
Hello there!
You seem to have mistakenly typed your answer options wrong.
<span>( 31 + 2/8 ) - ( 29 + 3/8 )
2 + ( 2/8 - 3/8 )
2 -1/8
The correct answer is A. 1 7/8
Hope This Helps You!
Good Luck :)</span>
Lol, bro, 15.68 is your solution