eddy2017
Elite Member
- Joined
- Oct 27, 2017
- Messages
- 2,525
That doesn't change anything.
The entire numerator
(m(x+1)+ n(y-1))/(x-y)
That doesn't change anything.
The entire numerator
(m(x+1)+ n(y-1))/(x-y)
Correct. Now, can you correct the last one?
Not quite. Do you also want x(m-1)/(x-y) divided by (p-q)?7-----(x(m-1)/(x-y)+ k(m-1)+10))/(p-q)
Correct. How about this one?Oh, no. I did not notice.
x(m-1)/(x-y)+( k(m-1)+10))/(p-q)
??????? To be honest, this is real sad looking.[math]y1+12−(y1+yxx(m−1))x2x2+5[/math]
No, that was trying to copy from an online editor into our forum page. Visibly, a botched attempt.??????? To be honest, this is real sad looking.
x2x2 = 4x^2. If you meant, but did not write, x^2*x^2 = x^4
yxx=yx^2
What is y1?
Where's the rest of the question?(2/(1/y +1)) - (x^2 +5)
These are the parentheses I would add. The denominator of the second fraction remains intact.
IMO, that is what happens when people start to use smart phones.That doesn't change anything. I'' repeat the hint again: Ask yourself, do you just want n(y-1) or do you want the entire numerator divided by (x-y)?
The word "smart" is an adjective is describes the phone, not necessary the user.IMO, that is what happens when people start to use smart phones.
They put their smart s in their pocket.
CorrectThe word "smart" is an adjective is describes the phone, not necessary the user.