Answer:
5.98
Step-by-step explanation:
A proper fraction<span> is a </span>fraction<span> where the numerator (the top number) is less than the denominator</span>
Answer:
Step-by-step explanation:
Hello, I believe that we can consider a different from 0.
By definition of the roots we can write.

Thank you
The inequality would look like this:
-2 (3x + 2)
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-6x-4
To begin to find the solutions, distribute the -2 throughout the set of parenthesis on the left side of the inequality by multiplying the -2 by each term in the set of parenthesis
-2 x 3x = -6x
-2 x 2 = -4
-6x -4
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-6x-4
Begin to isolate x by performing the opposite operation of adding -6x on both sides of the inequality
0x -4
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-4
Next perform the opposite operation by adding 4 on both sides of the inequality
0x
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0
Now, I'm not exactly understanding how that can possibly work. So, I guess I didn't really help you. But add a comment so that we can talk about the problem :)
Answer:table 1 would be y=x-3 and table 2 is y=x-5
Step-by-step explanation: