Step-by-step explanation:
step 1. #1 has no x
step 2. #2 has infinite solutions
step 3. #4 has y but no x
step 4. x^2 - x = 6 can be solved for x.
Meg, if the original expression is <span>(M^4/5)(n^33/5), there's not much one can do with this, other than to take out the (1/5) in both exponents:
</span><span>(M^4/5)(n^33/5) = (m^4)^(1/5) * (n*33)^(1/5).
</span>
This can be simplified to [ m^4 * n^33)^(1/5). Thanks for using those parentheses! Without them, I really wasn't sure what to do.
Answer:
49
Step-by-step explanation:
To complete the square we use the formula:
So we can plug in 14 for b to find c.
Now this equation can be factored into:
The easiest way to do this is to convert all the numbers into one form, i like decimals better, :) so....
.8, .08, 18, .125, .444
the least would be .08, then it would be .125, .444, .8, then 18
then you just convert the numbers back to their original form and you have the answer!
8%, 1/8, 8/18, 0.8, 18
Well, I think it is (width+4) times width.