Question

y-4/3+3y=4 solve the following equation​

Answer 1

Answer:

Solution :-

✪ $y - \dfrac{4}{3} + 3y = 4$

$\implies y + 3y = 4 + \dfrac{4}{3}$

$\implies 4y = \dfrac{12 + 4}{3}$

$\implies 4y = \dfrac{16}{3}$

$\implies 12y = 16$

$\implies y = \cancel{\dfrac{16}{12}}$

$\implies y = \dfrac{4}{3}$

$\implies y = 1.3333$

$\therefore\sf\: The\: answer\: of\: this\: question\: is\: 1.3333$

Answer 2

Given: $y-4/3+3y=4$

We have to solve the above equation.

• By using the concept of equation shifting, we are solving the above equation.  
• For this, we will separate the variables on one side and the constant on another side.  
• Then, we will simplify the equation.  

We are solving in the following way:  

We have,

$y-4/3+3y=4$

Solving the above equation further we get,

$=>y-\frac{4}{3} +3y=4\\\\=>y+3y=4+\frac{4}{3} \\\\=>4y=\frac{12+4}{3} \\\\=>4y=\frac{16}{3} \\\\=>y=\frac{16}{3}\div4\\\\=>y=\frac{16}{3}\times\frac{1}{4} \\\\=>y=\frac{16}{12} \\\\=>y=\frac{4}{3}$

Hence, the solution of the above equation is$\frac{4}{3}$.