Drag the tiles to the correct boxes to complete the pairs. Match each system of inequalities to the graph representing its solution set. y βˆ’ x > 1 and 2x + y ≀ 2 x + y β‰₯ -3 and 5x – y ≀ -3 2x – y ≀ -1 and x + 2y < 4 4x – 3y < 12 and x + 3y β‰₯ 6

Respuesta :

The solutions to the systems of inequalities are (0.3, 1.3), (-1, -2), (0.4, 1.8) and (3.6, 0.8)

How to determine the solution to the systems?

The graph of the systems of inequalities is not given.

So, I would plot a new graph to answer this question.

The systems of inequalities are given as:

y βˆ’ x > 1 and 2x + y ≀ 2

x + y β‰₯ -3 and 5x – y ≀ -3

2x – y ≀ -1 and x + 2y < 4

4x – 3y < 12 and x + 3y β‰₯ 6

Next, we plot these inequalities on a graph and write out the points of intersection.

From the attached graph, we have:

y βˆ’ x > 1 and 2x + y ≀ 2 Β β‡’ (0.3, 1.3)

x + y β‰₯ -3 and 5x – y ≀ -3 Β β‡’ (-1, -2)

2x – y ≀ -1 and x + 2y < 4 Β β‡’ (0.4, 1.8)

4x – 3y < 12 and x + 3y β‰₯ 6 β‡’ (3.6, 0.8)

Hence, the solutions to the systems of inequalities are (0.3, 1.3), (-1, -2), (0.4, 1.8) and (3.6, 0.8)

Read more about systems of equations at:

brainly.com/question/21405634

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Ver imagen MrRoyal