Question

Q11.Solve the following equations:
3(y - 2) = 2(y - 1) – 3​

Answer 1

Step-by-step explanation:

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Answer 2

$\underline{ \boxed {\bold {Question}}}$

• Solve for "variable y" : 3(y - 2) = 2(y - 1) – 3​

${\underline{ \boxed {\bold {Fundamental\:for \:solving\:linear\:equations}}}}$

• If you have an equation where you have variables on both sides you do basically the same thing as before. You collect all like terms. Before you have worked by first collecting all constant terms on one side and keep the variable terms on the other side. The same applies here. You collect all constant terms on one side and the variable terms on the other side. It's usually a good idea to collect all variables on the side that has the variable with the highest coefficient

$\underline{ \boxed {\bold {Answer}}}$

= 3(y - 2) = 2(y - 1) - 3​

= 3y - 6 = 2y - 2 - 3

= 3y - 2y = 6 - 2 - 3

∴ y = 1

$\underline{ \boxed {\bold {\therefore Value \:of\:"y"\:satisfying\;equation = 1}}}$

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