<span>[ (1 / 36) - (1 / x²) ] / [ (1 / 6) + (1 / x) ]
[ (x² - 36) / 36x² ] / [ (x + 6) / 6x ]
</span>remember that<span>:
x² - 36 = (x + 6)(x - 6)
so
[ (x+6)(x-6) / 36x² ] / [ (x + 6) / 6x ]
[ (x+6)(x-6) / 36x² ] * [ 6x / (x + 6) ]
6x / 36x² = 1 / 6x
[ (x+6)(x-6) / 6x ] * [ 1 / (x+6) ] -------------------- > </span>(x - 6) / 6x<span>
The answer is </span>(x - 6) / 6x<span>
</span>
Answer:
v=37 degrees; u=53 degrees
Not factorable
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an equation<span> is a statement of an equality containing one or more variables</span>
If you were to make a table it would be like this
A. 1. 2. *3*. 4. 5. *6*. 7. 8. *9*. 10. 11. *12*. 13. 14. *15*.
B. 1. 2. 3. 4. *5*. 6. 7. 8. 9. *10*. 11. 12. 13. 14. *15*.
The numbers with stars by them are the month in which the pet store had their discount. So as you can see both stores has a sale in month 15. It took store A 5 sales, and store B 3 sales to have matching sale months
