determine whether each order pair is a solution

Determine whether the ordered pairs (3, 2) and (1, - 4) are solutions to the inequality shown in the graph. => (1, -4) is a solution, (3, 2) not a solution or Both (3, 2), (1, -4) are solutions or (3, 2) is a solution, ..

Determine whether the ordered pairs (4, 2) and (1, - 4) are solutions to the inequality shown in the graph. => (1, - 4) is a solution, (4, 2) not a solution or (4, 2) is a solution, (1, - 4) not a solution or Both (4, 2..

Determine whether the ordered pairs (3, 2) and (1, - 4) are the solutions to the inequality shown in the graph. => Both (3,2) and (1,-4) are solutions or Only (3,2) is a solution or Only (1, -4) is a solution or None of the above..

Determine whether the order pairs (0, - 1) and (1, - 2) are the solutions to the inequality shown in the graph. => (0,-1) is not a solution and (1, -2) is a solution or (0,-1) is a solution and (1, -2) is not a solution..

Determine whether the ordered pair (- 2, 8) is a solution of the inequality y ≥ 3 x 2 . => No or Yes..

Determine whether the ordered pair (- 7, - 4) is a solution of the inequality y > - x 2 - x + 20. => Yes or No..

Ordered Pairs and Cartesian Product - In a Rectangular Cartesian System of coordinates the position of a point in a plane is determined by an ordered pair whose elements give the distances from the intersecting straight lines at right angles to each..

>A system of linear equations is said to be consistent if it has at least are solution, otherwise it is inconsistent. Let A be asquare matrix of order n. Following are the steps to find the inverse of a matrix. Step 1: Find the value of the determinants A. That is, fin..

Which ordered pair is a solution of the inequality shown in the graph? => (1, - 2) or (- 2, 4) or (- 1, - 1) or (0, 1)..

Which ordered pair is a solution of the inequality shown in the graph? => (1, 1) or (2, 2) or (- 2, 1) or (0, 2)..