Match the expressions with their equivalent simplified forms.

Tiles
[tex]$10 x+6$[/tex]
[tex]$2 x-8$[/tex]
[tex]$3 x-5$[/tex]
[tex]$2 x+14$[/tex]
[tex]$2 x+6$[/tex]
[tex]$10 x+14$[/tex]

Pairs
[tex]$\begin{array}{l}
(-2 x+4)+2(2 x+1) \
2(3 x+5)-4(x-1) \
2(x-7)+(8 x+20) \longrightarrow
\end{array}$[/tex]

Question

Match the expressions with their equivalent simplified forms. 
 
Tiles 
[tex]$10 x+6$[/tex] 
[tex]$2 x-8$[/tex] 
[tex]$3 x-5$[/tex] 
[tex]$2 x+14$[/tex] 
[tex]$2 x+6$[/tex] 
[tex]$10 x+14$[/tex] 
 
Pairs 
[tex]$\begin{array}{l} 
(-2 x+4)+2(2 x+1) \ 
2(3 x+5)-4(x-1) \ 
2(x-7)+(8 x+20) \longrightarrow 
\end{array}$[/tex]

ankitvt811 · Answer

The** improper fraction** of 3 3 2 ​ is ⇒ 10/3. 
 
 The given mixed fraction is 
 3 3 2 ​ 
 We know that 
 Every fraction is made up of two parts: the numerator and the denominator. Proper fractions and improper fractions are the two primary forms of fractions in mathematics depending on the numerator and denominator values. 
 An improper fraction is a type of fraction where the numerator is greater than or equal to the denominator 
 In order to convert it improper fraction proceed as follow 
 3 3 2 ​ 
 = (3x3 + 1)/3 
 = (9+1)/3 
 = 10/3 
 Thus improper fraction is 10/3 
 Learn more about the** fraction** visit: 
 https://brainlycom.anuku.workers.dev/question/5454147 
 #SPJ6

TacoGod · Answer

The answer is 11/3. Multiply the denominator (3) by the whole number (3), add the numerator (2), then ******* * keep the denominator the same ! You should end up with 11/3.

TacoGod · Answer

The mixed number 3 3 2 ​ can be converted to an improper fraction 3 11 ​ by multiplying the whole number by the denominator, adding the numerator, and keeping the same denominator. 
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Answer (3)

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