Linear Inequalities and Linear Programming - Finite Mathematics
Card 1 of 8
The graph depicts which inequality?
The graph depicts which inequality?
Tap to reveal answer
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that 
does not equal four, it only equals values greater than four.
Thus, the correct inequality is
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that
Thus, the correct inequality is
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The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
Tap to reveal answer
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the 
in Column 2:
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
← Didn't Know|Knew It →
The graph depicts which inequality?
The graph depicts which inequality?
Tap to reveal answer
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that does not equal four, it only equals values greater than four.
Thus, the correct inequality is
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that
Thus, the correct inequality is
← Didn't Know|Knew It →
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
Tap to reveal answer
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the in Column 2:
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
← Didn't Know|Knew It →
The graph depicts which inequality?
The graph depicts which inequality?
Tap to reveal answer
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that does not equal four, it only equals values greater than four.
Thus, the correct inequality is
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that
Thus, the correct inequality is
← Didn't Know|Knew It →
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
Tap to reveal answer
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the in Column 2:
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
← Didn't Know|Knew It →
The graph depicts which inequality?
The graph depicts which inequality?
Tap to reveal answer
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that does not equal four, it only equals values greater than four.
Thus, the correct inequality is
To identify the inequality the graph represents first identify range.
Since the red line goes from negative four to infinity, we can right this in mathematical terms as follows,
Now, the inequality will remain a greater than sign because there is an open circle at four.
This means that
Thus, the correct inequality is
← Didn't Know|Knew It →
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
The initial simplex tableau for a maximization linear programming problem is
Locate the first pivot element.
Tap to reveal answer
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the in Column 2:
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
To select the pivot element while working a maximization problem, first, identify the pivot column by selecting the "most negative" element in the bottom, or objective, row. In the initial tableau, it is the
In the other rows, divide the rightmost element by the element in the pivot column. The pivot row is identified by selecting the "least positive" quotient.
The least positive quotient appears in Row 1. This puts the pivot element in Row 1, Column 2.
← Didn't Know|Knew It →