Math Class 12 Chapter 5 - Linear Inequalities and Linear Programming

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  • 1. A vertical line divides the plane into ………. and ………… half planes. 2. A non vertical line divides the plane into …….. and ……….. half planes. 3. In linear inequality, the linear Eq. Ax + by = c is called ………… 4. A test point is chosen which determines that the half plane is on which side of the ………….. 5. If 2x -31, then x is greater than ……………….. 6. The solution set (x,y) for the inequalities in feasible region is always ………….. A vertical line divides the plane into ________? and ________ half planes? In linear inequality, the linear Eq? Ax + by = c is called ________? If 2x -3>1, then x is greater than ________? A point of a solution region where two of its boundary line, intersect, is called________?


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    Each point of the feasible region is called a ________ of the system of linear inequalities? If the line segment obtained by joining any two points of a region lies entirely within the region, then the region is called________? The feasible solution which maximizes or minimizes the objective function is called the ________? The maximum and minimum values of the objective function occur at ________ of the feasible region? The order (or sense) of an inequality is changed by multiplying its each side by a negative constant? The order (or sense) of an inequality is changed by adding a constant to its each side? A vertical line divides the plane into upper and lower half planes? There are finite many ordered pairs that satisfy the inequality ax + by < c, so its graph will be a half plane?


    Math Class 12 Chapter 5 - Linear Inequalities and Linear Programming


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    The graph of the inequality 2x > -3 is the open half plane to the left of the line 2x = -3? The variables used in the system of linear inequalities relating to the problems of everyday life are non-negative and are called non-negative constraints? The region restricted to the first quadrant, is referred as a feasible region for the set of given constraints? Any point of the feasible region of the system of the linear inequalities is called corner point? Let a,b,c all positive real number such that a < b then? The associated equation of the linear inequality ax + b < c is? A point of a solution region where two of its boundary lines intersect is called? A set consisting of all the feasible solution of the system of linear in equalities is called a?