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How do you make j=2j+3 have two solutions

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Answer: the equation j = 2j + 3 has two solutions: j = -3 and j = -3.

Step-by-step explanation: To make the equation j = 2j + 3 have two solutions, we need to find values of j that satisfy the equation.

To do this, let's start by simplifying the equation:

j = 2j + 3

To get rid of the 2j term on the right side of the equation, we can subtract 2j from both sides:

j - 2j = 2j - 2j + 3

Simplifying further:

-j = 3

Now, we can multiply both sides of the equation by -1 to solve for j:

(-1)(-j) = (-1)(3)

This simplifies to:

j = -3

So, one solution to the equation j = 2j + 3 is j = -3.

To find a second solution, we can substitute j = -3 back into the original equation:

-3 = 2(-3) + 3

Simplifying:

-3 = -6 + 3

-3 = -3

Since -3 is equal to -3, it is a valid solution.

Therefore, the equation j = 2j + 3 has two solutions: j = -3 and j = -3.

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