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First we must distribute the 2.6 to everything inside the ()
The new equation would then be
14.3p-32.24 = 127.92
Then you would add a -32.24 to each side of the equal sign, so that the 32.34 would become a zero pair on the right side of the equal sign and cancel.
The new equation would then be
14.3p = 160.16
Then you divide each side of the = by 14.3, that way the p becomes isolated.
14.3p/14.3 = 160.16/14.3
Then you're left with
p = 11.2
Hope this helped :)
First we must distribute the 2.6 to everything inside the ()
The new equation would then be
14.3p-32.24 = 127.92
Then you would add a -32.24 to each side of the equal sign, so that the 32.34 would become a zero pair on the right side of the equal sign and cancel.
The new equation would then be
14.3p = 160.16
Then you divide each side of the = by 14.3, that way the p becomes isolated.
14.3p/14.3 = 160.16/14.3
Then you're left with
p = 11.2
Hope this helped :)
Value of p for the given linear equation [tex]2.6(5.5p -12.4) = 127.92[/tex] is equals to 11.2.
What is linear equation?
" Linear equation is defined as the equation which relates the given variables with highest exponent one. Graph of linear equation is always a straight line."
Property used
Distributive property multiplication over subtraction
A × (B - C) = A × B - A × C
According to the question,
Given linear equation ,
[tex]2.6(5.5p -12.4) = 127.92[/tex]
Apply distributive property on the given linear equation we get,
2.6 × 5.5p - 2.6 ×12.4 = 127.92
⇒14.3p - 32.24 = 127.92
Add 32.24 both the side of the linear equation we get,
14.3p - 32.24 + 32.24 = 127.92 + 32.24
⇒ 14.3p = 160.16
Divide both the side of linear equation by 14.3 we get,
[tex]\frac{14.3p}{14.3}= \frac{160.16}{14.3} \\\\\implies p = 11.2[/tex]
Hence, value of p for the given linear equation [tex]2.6(5.5p -12.4) = 127.92[/tex] is equals to 11.2.
Learn more about linear equation here
https://brainly.com/question/11897796
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