solve for g. 6g-23=12-g
g=5
first of all, group like terms... Send all the g terms to one side of the equal sign and send the constants to the other side of the equal sign..
Thanks i got 5 to i just second guess my self
yes...the answer is 5.
add g to both sides, and add 23 to both sides, then divide by seven
solve for d. d2^ -11=5 can you help me on this one to?
is that \[d^2 -11=5\]
yes.
add eleven to both sides, then take the square root of both sides, dont forget that \[\sqrt{x^2}=\pm x\]
would it be 4
idk the second number sorry im not good at this
well yes 4 is one solution , there is one more solution though
will the second one be -4?
right! because \[(-4)^2−11=5\]\[16-11=5\]
a. 4, –4 b.5, –5 c.5, 6 d.6, –6 these are the answer choices
well that good, because the two solutions you found form a pair of solution in one of those options
Hmm so the answer would be A right ?
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