There are an infinite number of ordered pairs that are solutions to that equation.
Here's one: (0, -1)
Here's another one: (1, 6)
And another one: (113, 790)
And one more: (-4, -29)
OK, just one more: (pi, 7pi-1)
If none of these is on the list of choices in your book, that's because you didn't let me
see the list. As I said earlier, there are an infinite number of good ones.
7 or 0?i think its something like that.
897 in expanded form is (800x1)+(90x1)+(7x1) :)
Calculator time! 7x1 = 7x2 = and all the way to 7x14 =
(2x100)+(15x4)+(7x1)=200+60+7=267
7*1=1
indentity property
because boogies are in your nose
its 7
13. that's all there is to it. 7(1)+6 7+6 =13 7x1=7 7+6=13 so 13 is your answer :D
6x10+3x1+7x1/10
91.737 =(9x10) + (1x1) + (7x1/10) + (3x1/100) + (7x1/1000)90 + 1 + 7/10 + 3/100 + 7/1000
it means 7x1 which (as we all know it) equals 7
7x1/2 = 7/2 = 3.5
There are 142 of them and I have better things to do.If you really want, you can go through 7x1, 7x2 ... to 7*142.There are 142 of them and I have better things to do.If you really want, you can go through 7x1, 7x2 ... to 7*142.There are 142 of them and I have better things to do.If you really want, you can go through 7x1, 7x2 ... to 7*142.There are 142 of them and I have better things to do.If you really want, you can go through 7x1, 7x2 ... to 7*142.
5287 =(5x1000) + (2x100) + (8x10) + (7x1)5000 + 200 + 80 + 7
7 or 0?i think its something like that.
897 in expanded form is (800x1)+(90x1)+(7x1) :)