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IMO A.
Solving the two equations we get
x-2y=3 and x-2y=-3
There are no such values of x and y that satisfy both the equations.

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Solution



Given
In this question, we are given that
    • A system of equations: 3x – 6y = 9 & -x + 2y = 3

To find
We need to determine
    • The number of solutions for this system of equations

Approach and Working out
Considering the ratio of the coefficients here,
    • For x: 3/-1 = -3
    • For y: -6/2 = -3
    • For constant = 9/3 = 3

We can see that x and y coefficients’ ratio are same but that is not equal to constant terms’ ratio.
Hence, the equations will have no feasible solutions.

Thus, option A is the correct answer.

Correct Answer: Option A
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Alternate Solution




Approach and Working out

3x - 6y = 9 – Let’s write this as equation 1.
- x + 2y = 3 - – Let’s write this as equation 2.
• Equation 2 can be multiplied by 3 and written as:
o -3x + 6y = 9
o 3x -6y =-9
• From equation 1, 3x-6y =9 and from equation 2, 3x-6y =-9.
• It is impossible for 3x-6y have two different values.
So, no solution exists.

Hence, option A is the correct answer.

Correct Answer: Option A
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Bunuel
The system of equations has how many solutions?

3x - 6y = 9
2y - x - 3 = 0


A. None
B. Exactly 1
C. Exactly 2
D. Exactly 3
E. Infinitely many

Multiplying the second equation by 3, we have:

6y - 3x - 9 = 0

6y - 3x = 9

Adding the equations together, we have:

0 = 18

Since 0 can’t be equal to 18, there are no solutions that satisfy the given system of equations.

Answer: A
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Bunuel
The system of equations has how many solutions?

3x - 6y = 9
2y - x - 3 = 0


A. None
B. Exactly 1
C. Exactly 2
D. Exactly 3
E. Infinitely many

\(3x - 6y = 9\) ----------------> (I)
\(-3x + 6y = 9\) ----------------> (II)

Add (I) and (II) -

LHS cancels completely , as such we don't have any solution , Answer must be (A)
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