A. Translate the verbal phrases into algebraic expressions.1. 13 times b plus 22. 27 multiplied to w divided by 33. The square of the quotient of 54 and j4. K divided by the square root of 65. Q to the 10th power subtracted from 100

Respuesta :

Explanation

So first of all we have "13 times b plus 2". 13 times b is given by just taking the variable and multiplying it by 13:

[tex]13\cdot b=13b[/tex]

Then we add 2 to this expression so we get:

[tex]13b+2[/tex]

At item 2 we have "27 multiplied to w divided by 3". We first multiply 27 and w:

[tex]27\cdot w=27w[/tex]

Then we divide this expression by 3:

[tex]\frac{27w}{3}[/tex]

In item 3 we have "The square of the quotient of 54 and j". We first write the quotient of 54 and j:

[tex](\frac{54}{j})[/tex]

Then we square it:

[tex](\frac{54}{j})^2[/tex]

At 4. we have "K divided by the square root of 6". The square root of 6 is:

[tex]\sqrt{6}[/tex]

Then we take K and we divide it by this root:

[tex]\frac{K}{\sqrt{6}}[/tex]

Finally, we must translate "Q to the 10th power subtracted from 100​". Q to the 10th power is:

[tex]Q^{10}[/tex]

Then we take 100 and we substract the last expression:

[tex]100-Q^{10}[/tex]Answer

Then the answers are:

[tex]\begin{gathered} 1.\text{ }13b+2 \\ 2.\text{ }\frac{27w}{3} \\ 3.\text{ }(\frac{54}{j})^2 \\ 4.\text{ }\frac{K}{\sqrt{6}} \\ 5.\text{ }100-Q^{10} \end{gathered}[/tex]

ACCESS MORE
EDU ACCESS
Universidad de Mexico