You can read these values off directly from the graph by looking at the coordinates of the intersection point. ________________________________________________ If you get a decimal number as the value of x from the graph, it means that the optimum solution occurs at a fractional value of x. In this case, you need to round the fractional value up or down to the nearest integer, depending on the context and constraints of your problem. For example, if x represents the number of vehicles, and you cannot produce a fractional number of vehicles, you would typically round the value of x up or down to the nearest integer. If the value of x is 3.6, you could round it down to 3 or round it up to 4, depending on which value would give the best solution to your problem. _________________________________________ I hope you found this helpful.
9:35 How to get number of units for Greta and Frank at optimum point B please?
Yes how to get those values??
You can read these values off directly from the graph by looking at the coordinates of the intersection point.
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If you get a decimal number as the value of x from the graph, it means that the optimum solution occurs at a fractional value of x. In this case, you need to round the fractional value up or down to the nearest integer, depending on the context and constraints of your problem.
For example, if x represents the number of vehicles, and you cannot produce a fractional number of vehicles, you would typically round the value of x up or down to the nearest integer. If the value of x is 3.6, you could round it down to 3 or round it up to 4, depending on which value would give the best solution to your problem.
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I hope you found this helpful.