Answer:
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Step-by-step explanation:
Answer:
No order Pair fall on the graph
Step-by-step explanation:
The given Function is
...............(i)
Now to see whether these ordered pairs Lay on it we will put each ordered pair in the equation (i)
Lets take first ordered pair (1,1)
here x = 1
putting it in (i) gives

this is not equal to 1 so the order pair (1,1) does not fall on function 
Lets take second ordered pair (-1,-4)
here x = -1
putting it in (i) gives

this is not equal to -4 so the order pair (-1,4) does not fall on function 
Lets take third ordered pair (-2,-1/8)
here x = -2
putting it in (i) gives

this is not equal to -1/8 so the order pair (-2,1/8) does not fall on function 
Lets take fourth ordered pair (0,-1/2)
here x = 0
putting it in (i) gives

this is not equal to -1/2 so the order pair (0,-1/2) does not fall on function 
Answer:
so x=5 1/3 and
y= -2 2/3
Step-by-step explanation:
x-3y= -2x+3y=16. First we need to move all variables to one side of the equation and whole numbers to the other side of the equation. I see
x-3y+2x-3y=16. -3y-3y equals to -6y. 2x+x=3x. so 3x-6y=16. Lets take out the -6y so our equation would be 3x=16. x would equal 5 1/3. Now lets put back -6y into our equation. Let's now substitute x as 0. 3 times 0 equals 0 so our equation would now be -6y=16 which equals to -2 2/3.
so x=5 1/3 and
y= -2 2/3
-64 1/3
disregard the negative sign for the moment...
to turn a mixed number into an improper fraction, take ur whole number (63) and multiply it by ur denominator (3) and u get (64 * 3) = 192....now add that to ur numerator (1) and u get (192 + 1) = 193...now put that over ur original denominator (3) and u get 193/3.....now put ur negative sign back....and u have - 193/3.....simplified form, does not reduce