Please Help!! Will Medal!! The location of a point on a coordinate plane is given by an ordered pair (m, n), where m and n are integers such that -5 d m d 5 and -5 d n d 5. How many different points fit that description? A. 121 B. 100 C. 22 D. 1331
:I honestly im clueless haha
Tis alright, I just need to get all this work over with.
Same bro,this is my break from doing 20 essays due tomorrow...only 12 more left :'D
20 Essays??????
My research class is due by 12:a.m tomorrow so yep 12 left
I have like a day to get in 15 math assignments at 10 q's each....And I haven't even touched the finals.
I'm a killer writer if you need help
You are in online school I assume then?
Nah just this one class. Messed me over.
Have to graduate Monday. So I need all this in by Thursday.
Oh pellet yeah get it done.
Only a sophomore here.
pellet haha
Lol, take some advice from me. Do not procrastinate.
:I yeah If only i met you about eh 4 months ago and I would not have
I havent touched biology and its 208 assignments due in 4 weeks...Fun times
I am off but good luck with your stuff sorry i could not have been more of help I need to get back to work, hope all goes well I'll see you around.Deuces.
Fuuuuuck that oh man. Alright dude good luck D:
Ho many choices are there for \(m\) ? Ho many choices are there for \(n\) ?
-5 d m d 5 and -5 d n d 5.
thats not readable :/
could u take a snapshot of original question and attach ? @moemand
this one is hard I have no Idea
):
Yes @ganeshie8
Okay there is problem wid syntax in the quesiton, the question actually was saying this : \(-5 \le m \le 5\) and \(-5 \le n \le 5\)
That means there are \(11\) choices for each of \(m\) and \(n\)
Yeah I didn't understand this at all, but okay so 11 choices for m and n
So total possible choices for the ordered pair \((m, n)\) = \(11 \times 11 = 121\)
Thank you!!!!
yw, btw the number of choices are 11 cuz the integers between -5 and 5 are 11 : `-5, -4, -3, -2, -1, 0, 1, 2, 3, 4, 5` count'em up
Join our real-time social learning platform and learn together with your friends!