r(x)=2√x s(x)=√x (rs)(4)

r(x)=2√x s(x)=√x (rs)(4); The values of r(s) in the given question is 8
From the given information;
[tex]\mathbf{r(x) = 2\sqrt{x}}}[/tex]
[tex]\mathbf{s(x) = \sqrt{(x)}}[/tex]
The multiplication of [tex]\mathbf{(rs)(x) = 2\sqrt{(x)} \ \times \ \sqrt{x} }[/tex]
[tex]\mathbf{(rs)(x) = 2\sqrt{(x) ^2}}[/tex]
When the square root is being squared, both entities cancel out each other.
Having said that; [tex]\mathbf{(rs)(x) = 2(x) }}[/tex]
Now, the solution of (rs)(4) = 2(4)
[tex]\mathbf{ (rs)(4) = 8}[/tex]
Therefore, we can conclude that the solution to the equation (rs)(4) is 8.
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