asked 227k views
2 votes
Is there a solution to 2(x-7)=2x-10

2 Answers

1 vote


\huge\text{Hey there!}



\large\text{ORIGINAL equation:}

\mathtt{2(x - 7) = 2x - 10}


\large\text{DISTRIBUTE 2 WITHIN the PARENTHESES:}


\mathtt{2(x) + 2(-7) = 2x - 10}


\mathtt{2x - 14 = 2x - 10}


\large\text{SUBTRACT 2x to BOTH SIDES of the equation:}


\mathtt{2x - 14 - 2x= 2x - 10 - 2x}


\large\text{SIMPLIFY IT!}


\mathtt{-14 = -10}


\large\text{ADD 14 to BOTH SIDES of the equation:}}


\mathtt{-14 + 14 =-10 + 14}


\large\text{SIMPLIFY IT!}


\mathtt{0 = 4}


\large\text{Thus this means that:}


\mathtt{You\ have\ NO\ solutions\ to\ this\ equation}



\huge\text{Therefore your answer should be:}


\huge\boxed{\mathtt{NO \ SOLUTION}}\huge\checkmark



\huge\text{Good luck on your assignment \& enjoy your day!}


~
\frak{Amphitrite1040:)}

answered
User Rubin Yoo
by
8.1k points
3 votes

Answer:


\large\fbox{\textsf{No Solution.}}

Explanation:


\textsf{We are asked if there is a solution in the given equation.}


\textsf{Note that a solution is possible if both expressions \underline{actually} equal each other.}


\textsf{We should simplify the equation to find this out.}


\large\underline{\textsf{Solving;}}


\tt 2(x-7)=2x-10


\textsf{We can use the Distributive Property on the left side. 2 will multiply with the terms}


\textsf{inside the Parentheses.}


\tt (2 * x)+(2 * -7)=2x-10


\tt 2x-14 \\eq 2x-10


\textsf{Because the expressions don't equal each other, no solution is possible.}


\textsf{No matter what the value of x is, the equation will remain impossible.}

answered
User Vanval
by
8.6k points

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