-5k+4(k+6)=-4(2k+1)...
2 answers:
Hey there!
First: Distribute the problem
Like: 4(k) and 4(6) (other half) -4(2k) and 4!)
Problem become:
Second: Combine your like terms
Like:
Problem becomes:
Third: add the value
to your sides
Like:
Problem becomes:
Fourth: subtract by
on each of your sides
Like:
Problem becomes:
Fifth: divide both sides by
Like:
Good luck on your assignment and enjoy your day!
~
First: Distribute the problem
Like: 4(k) and 4(6) (other half) -4(2k) and 4!)
Problem become:
Second: Combine your like terms
Like:
Problem becomes:
Third: add the value
Like:
Problem becomes:
Fourth: subtract by
Like:
Problem becomes:
Fifth: divide both sides by
Like:
Good luck on your assignment and enjoy your day!
~
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9514 1404 393
Answer:
- no square roots: -1000, -8
- one square root: 0
- two square roots: 8, 64, 1000
- no cube roots: <none>
- one cube root: -1000, -8, 0, 8, 64, 1000
- two cube roots: <none>
Step-by-step explanation:
The attached graph shows the square root relation (red) and the cube root function (blue). The function values are shown for x=0 and x=±8.
You can see that there are 2 square roots for positive numbers, one square root for 0, and 0 square roots for negative numbers. There is exactly 1 cube root for any number.
- no square roots: -1000, -8
- one square root: 0
- two square roots: 8, 64, 1000
- no cube roots: <none>
- one cube root: -1000, -8, 0, 8, 64, 1000
- two cube roots: <none>
_____
<em>Additional comment</em>
We call the square root curve a "relation" because it is <em>not a function</em>. A relation that is a function will have only one y-value for each x-value. For positive x-values, there are two square roots.
