SOLUTION: determine if each ordered pair is a solution of the system of in linear inequality {x+y>-2 {5x+y<2 1. (-1,,0) 2. (0-1) 3. (2,3) 4. (-3,-3) 5. (-4,4)

Question 1187713: determine if each ordered pair is a solution of the system of in linear inequality {x+y>-2
{5x+y<2

1. (-1,,0)
2. (0-1)
3. (2,3)
4. (-3,-3)
5. (-4,4)
Answer by greenestamps(13200) (Show Source): You can put this solution on YOUR website!

Take each (x,y) pair and plug the numbers into both of the given inequalities. If the resulting inequalities are both true, then the pair is a solution; if either inequality is not true, the pair is not a solution.

You can do the work as easily as we can....

Here's one....

3. (2,3)

x+y > -2
2+3 > -2
5 > -2
TRUE

5x+y < 2
5(2)+3 < 2
10+3 < 2
13 < 2
FALSE

ANSWER: The second inequality is not true for (2,3), so (2,3) is NOT a solution to the system of inequalities

RELATED QUESTIONS
determine if each ordered pair is a solution of the system of in linear inequality... (answered by Solver92311)

Which ordered pair is not a solution of the following system of inequalities? 3x + 2y... (answered by Amrata1)

Determine if the following ordered pair satisfies the system of linear equations.... (answered by unlockmath)

Convert each of the following equations to the former you = my + b and verify whether the (answered by solver91311)

Which ordered pair is a solution of the following system of equations? (answered by jim_thompson5910)

Write the following equations in the form y = mx + b and determine the number of... (answered by Boreal)

The number of ordered pair solutions (x, y) with real coordinates of the system 3x^2... (answered by Alan3354)

Tell whether the ordered pair is a solution of the inequality... (answered by ewatrrr)

Which ordered pair is a solution to the following system of inequalities? y ≤ x... (answered by Amrata1)