SOLUTION: This question came on the test as a bonus and i was really confused, so here it is
6x-2[2x-(10x+7)] please help and thanks. i have tried solving, but i do not think i am right, I
Algebra.Com
Question 796484: This question came on the test as a bonus and i was really confused, so here it is
6x-2[2x-(10x+7)] please help and thanks. i have tried solving, but i do not think i am right, I know you distribute the negative 1 which would give me 6x-2[2x(-10x-7)], then i removed my parenthesis that would be 6x-2[2x-10x-7], then i added 2x to -10x and got 6x-2[-8x-7]< so i removed the outer bars i don't why or what they called. 6x-2-8x-7 then i added 6x to -8x and got -2x and lastly added -2 to -7 and got -9 so my answer is -2x-9. so please help me and thanks
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
6x-2[2x-(10x+7)]
----------------
= 6x-2[2x-10x-7]
------
= 6x -2[-8x-7]
----
= 6x + 16x + 14
-----
= 22x + 14
================
Cheers,
Stan H.
================
RELATED QUESTIONS
Hi there,
I was taking the EOC today to test out and this question came up. I have no... (answered by Alan3354)
Hi, I had this as a bonus question on my Pre-Cal 12 Chapter 3 test. It's been bugging me... (answered by rothauserc)
hello
i have a question on the equation of an Ellipse
i have the equation of... (answered by scott8148)
I was absent and my friends notes are off so I'm really confused. Your help would be... (answered by shree840,stanbon)
Ok, I'm not sure if this problem is in this section but I didn't see a "parabolas" title... (answered by ankor@dixie-net.com)
I have a few I am totally stuck on.
#1)2/x+3 - 2x+3/x-1 = 6x-5/x^2+2x-3
Okay... (answered by mananth)
hi I had this question on a test and i just couldn't figure out the answer. the test was... (answered by checkley77)
One number is represented by 3x+5 and another is represented by 7x-3. What is the average (answered by solver91311)
Here is the question?
With a GM Mastercard, 5% of the amount charged is credited toward... (answered by Earlsdon)