In ∆BCE
Opposite side to <E=BC
Opposite side to <B=EC
- <E=<B
Help!!!!!!!! Will Reward Brainliest for correct answer. Im also bein timed....
2 answers:
First, let's look at the ones with 0.
(0,16) -> since the x is zero, it would be on the y-axis.
(3,0) -> since the y is zero, it would be on the x-axis.
Now, let me add a picture of the quadrants, so you can see where the points belong.
(2,-12) -> IV
(-1,2) -> II
(36.7, 3.9) -> I
(-5/8, -5 1/3)-> III
I hope this helps!
~cupcake
(0,16) -> since the x is zero, it would be on the y-axis.
(3,0) -> since the y is zero, it would be on the x-axis.
Now, let me add a picture of the quadrants, so you can see where the points belong.
(2,-12) -> IV
(-1,2) -> II
(36.7, 3.9) -> I
(-5/8, -5 1/3)-> III
I hope this helps!
~cupcake
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Answer: c. 7,999,999 phone numbers
A can be any digit 2-9, then there are 8 possible numbers.
B can be any digit 0-9, then there are 10 possible numbers.
C can be any digit 0-9, then there are 10 possible numbers.
X can be any digit 0-9, then there are 10 possible numbers.
X can be any digit 0-9, then there are 10 possible numbers.
X can be any digit 0-9, then there are 10 possible numbers.
X can be any digit 0-9, then there are 10 possible numbers.
Then are possible: 8·10·10·10·10·10·10 = 8·10⁶ = 8,000,000 phone numbers
But the number 867-5309 is not used then 8,000,000 - 1 = 7,999,999 possible phone numbers.
Answer: c. 7,999,999 phone numbers