Danielle can spend up to $600 buying small and large jackets for her employees. Small jackets cost $20 each and large jackets cost $25 each. To get a special discount, she needs the number of large jackets to be no more than twice the number of small jackets. Also, she needs to order at least 6 small jackets and 10 large jackets. The graph shows the feasible region, where x represents the number of small jackets and y represents the number of large jackets. Which ordered pairs meet all the constraints and make sense in context of the situation? https://static.k12.com/nextgen_media/assets/8111358-NG_AL1_Quiz_3_8_Pool5_Var3.jpg Select each correct answer. (8, 9) (10,13) (7, 15) (13, 11) (15, 11)
Any ordered pair that is in the shaded area is an answer. Do you have any idea what the answer(s) may be?
no
Do you know how to find ordered pairs on a graph?
i used to but i can't i just need help
Let's start with (8, 9) You go 8 units to the right and then 9 units up Is it in the shaded area?
no
and also you're a cute girl
How about any of the other ordered pairs?
i think but also look i don't rude or anything but i got math problems to work out so could you please tell me, i'm understanding what you were explaining to me but i just need help
i really appreciate your help
Well I can't just give you the answer without explaining because it won't benefit you (10, 13) is in the shaded region So are (13, 11) and (15, 11)
ok it must be (10, 13)
And (13, 1) and (15,11) You have 4 answers
there's 4 ok ok it's (10 , 13) and (13, 1) and (15, 11) ?
3* my bad
ok so it's those ?
Yeah those 3
are you sure baby ?
I'd rather you not call me that and yes I am sure
ok and i didn't mean nothing by that, i'm sorry
It's ok lol
but also my name is Michael and it's very nice to meet you
what's your name ?
^
hmm ?
^ My name.
yes
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