Question
Identify the option that is not a solution to this system of inequalities.
- (0, -1)
- (0, 3)
- (4, 0)
- (6, -2)
The correct answer is: (0, -1)
The option (0, -1) is not a solution as it falls on the red boundary line.
Related Questions to study
Identify the point below that is NOT part of the solution set.
Identify the point below that is NOT part of the solution set.
Match this coordinate plan to its correct solution.
In this question , we have to find the best solution for graph in inequality. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Match this coordinate plan to its correct solution.
In this question , we have to find the best solution for graph in inequality. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Match this number line to its correct solution.
In this question, we have to match the number line to its correct solution. In number line if its starts and starting dot is solid not hollow then its value is taken and we use equal sign other wise its not taken and we not use equal sign.
Match this number line to its correct solution.
In this question, we have to match the number line to its correct solution. In number line if its starts and starting dot is solid not hollow then its value is taken and we use equal sign other wise its not taken and we not use equal sign.
Identify the point that is NOT part of the solution set.
In that question, we have to find the point that not part of solution to system of inequalities, to find solution we are giving the points is some point is solution then its must come under shading region on the graph. The look for the point which Not come under the shading region and that will be our answer.
Identify the point that is NOT part of the solution set.
In that question, we have to find the point that not part of solution to system of inequalities, to find solution we are giving the points is some point is solution then its must come under shading region on the graph. The look for the point which Not come under the shading region and that will be our answer.
Match this number line to its correct solution.
In this question, we have to match the number line to its correct solution. In number line if its starts and starting dot is solid not hollow then its value is taken and we use equal sign other wise its not taken and we not use equal sign.
Match this number line to its correct solution.
In this question, we have to match the number line to its correct solution. In number line if its starts and starting dot is solid not hollow then its value is taken and we use equal sign other wise its not taken and we not use equal sign.
Consider the function y < 2x + 3, find the true statement.
In this question, we have given a function of y which is y < 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Consider the function y < 2x + 3, find the true statement.
In this question, we have given a function of y which is y < 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Match the correct equation to the given graph.
Match the correct equation to the given graph.
Find the point that is NOT part of the given solution set.
In that question, we have to find the point that not part of solution to system of inequalities, to find solution we are giving the points is some point is solution then its must come under shading region on the graph. The look for the point which Not come under the shading region and that will be our answer. If dashed line is there then value is not taken that’s why we use <, > signs not equal sign.
Find the point that is NOT part of the given solution set.
In that question, we have to find the point that not part of solution to system of inequalities, to find solution we are giving the points is some point is solution then its must come under shading region on the graph. The look for the point which Not come under the shading region and that will be our answer. If dashed line is there then value is not taken that’s why we use <, > signs not equal sign.
Consider the function y > 2x + 3, find the true statement.
In this question, we have given a function of y which is y > 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Consider the function y > 2x + 3, find the true statement.
In this question, we have given a function of y which is y > 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Identify the inequality that matches the picture shown.
In this question , we have to find first equation of line. We used to equation of y of slope, y = m x + c . Where c is intercept which is 0 and for slope use slope formula and find change in y and change in x. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Identify the inequality that matches the picture shown.
In this question , we have to find first equation of line. We used to equation of y of slope, y = m x + c . Where c is intercept which is 0 and for slope use slope formula and find change in y and change in x. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Consider the function y ≥ 2x + 3, find the true statement.
In this question, we have given a function of y which is y ≥ 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Consider the function y ≥ 2x + 3, find the true statement.
In this question, we have given a function of y which is y ≥ 2x + 3 and with that we have to find about line. Always remember rule of inequality , We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Identify the inequality that matches the picture shown.
In this question , we have to find first equation of line. We used to equation of y of slope, y = m x + c . Where c is intercept which is 5 and for slope use slope formula and find change in y and change in x. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Identify the inequality that matches the picture shown.
In this question , we have to find first equation of line. We used to equation of y of slope, y = m x + c . Where c is intercept which is 5 and for slope use slope formula and find change in y and change in x. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Michael is selling chocolate bars and orange juice in a carnival. Chocolate bars sell for $2.50 each, and orange juice sell for $3.50 each. If Michael wants to get more than $150, write an inequality showing the number of chocolate bars, b, and the number of orange juice, j, he must sell.
In this question, Here we have to write the standard form of linear inequality. Always remember in inequality more than symbol is > or it is also called greater than. And make variable for that also.
Michael is selling chocolate bars and orange juice in a carnival. Chocolate bars sell for $2.50 each, and orange juice sell for $3.50 each. If Michael wants to get more than $150, write an inequality showing the number of chocolate bars, b, and the number of orange juice, j, he must sell.
In this question, Here we have to write the standard form of linear inequality. Always remember in inequality more than symbol is > or it is also called greater than. And make variable for that also.
Match this coordinate plane to its correct solution.
In this question , we have to find the best solution for graph in inequality. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Match this coordinate plane to its correct solution.
In this question , we have to find the best solution for graph in inequality. We know that If the inequality is < or > line is dashed or if there ≤ or ≥ then the line solid on the graph and if function is along x-axis so its goes horizontally and if function is along y-axis so its goes vertically.
Yumi is determining the seating arrangement for her big dinner party. Circular tables will seat 8 guests and rectangular tables can seat 10 guests. Yumi is informed that at least 162 guests are attending. Write an inequality that describes the situation.
Let x = # of circular tables
Let y = # of rectangular tables
In this question, Here we have to write the standard form of linear inequality. Always remember in inequality at least sign is ≥. And make variable for that also.
Yumi is determining the seating arrangement for her big dinner party. Circular tables will seat 8 guests and rectangular tables can seat 10 guests. Yumi is informed that at least 162 guests are attending. Write an inequality that describes the situation.
Let x = # of circular tables
Let y = # of rectangular tables
In this question, Here we have to write the standard form of linear inequality. Always remember in inequality at least sign is ≥. And make variable for that also.
