id="TexFormula1" title=" \frac{x - 27}{9} + \frac{x + 8}{8} x + 8" alt=" \frac{x - 27}{9} + \frac{x + 8}{8} x + 8" align="absmiddle" class="latex-formula">
1 answer:
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Answer:
undefined slope
Step-by-step explanation:
The points contain the same x-value. This means that the line is vertical.
All vertical lines have an undefined slope.
Hope this helps.
Hey!
Alright, the first step to solving this division problem would be to convert the mixed fraction into a simple fraction. To do that, we'll multiply the denominator by the whole number and then add that total to the numerator.
<em>Original Fraction :</em>
<em>New Fraction {Changed by Conversion} :</em>
Now that we've successfully done that we'll have to change the equation.
<em>Old Equation :</em>
÷ 
= ?
<em>New Equation {Changed by Flipping the Second Fraction and the Symbol} :</em>
· 
= ?
Now we multiply straight across.
<em>Old Equation :</em>
· = ?
<em>Solved :</em>
Almost done!
Now we have to simplify the fraction.
<em>Old Fraction :</em>
<em>New Fraction {Changed by Simplification} :</em>
Now just convert it to a whole number by removing the fraction line and the number, and that's it!
<span><em>So,
÷ equals</em></span> 15.
Hope this helps!
- Lindsey Frazier ♥
Alright, the first step to solving this division problem would be to convert the mixed fraction into a simple fraction. To do that, we'll multiply the denominator by the whole number and then add that total to the numerator.
<em>Original Fraction :</em>
<em>New Fraction {Changed by Conversion} :</em>
Now that we've successfully done that we'll have to change the equation.
<em>Old Equation :</em>
<em>New Equation {Changed by Flipping the Second Fraction and the Symbol} :</em>
Now we multiply straight across.
<em>Old Equation :</em>
<em>Solved :</em>
Almost done!
Now we have to simplify the fraction.
<em>Old Fraction :</em>
<em>New Fraction {Changed by Simplification} :</em>
Now just convert it to a whole number by removing the fraction line and the number, and that's it!
<span><em>So,
Hope this helps!
- Lindsey Frazier ♥