Shop A provides 2 hours of cake training, 4 hours of cupcake training and 2 hours of bread training. Shop B provides 6 hours of cake training, 3 hours of cupcake training and 4 hours of bread training. Shop C provides 10 hours of cake training, 9 hours of cupcake training and 11 hours of bread training. Trainers must devote a minimum of 10 hours and a maximum of 36 hours to cake training, a maximum of 24 hours to cupcake training and a minimum of 15 hours to bread training. Shop A costs $85, Shop B costs $145, and shop C costs $175. The head chief aims to maximise the cost while satisfying the requirements of the three trainings respectively. Construct a table showing: ● the number of the elements required for each item the amount of each element available or the minimum requirements of each element. State the objective function and determine the constraints for each element. Produce a labelled graph showing the feasible region. Find the optimal solution by considering the feasible points. Determine the wastage or oversupply of elements for the optimal solution.

I am trying to figure out how to Graph the equation y=5x 2. It does not make sense to me how to get the values for X and Y; thus to get the ordered pairs to then graph.  I am completely lost.   When I see examples, it looks like random numbers are chosen for X and Y.

I figured out a and b on this problem #19 but I need c answered please. Thank you. I'm including the graph but I don't know if you need it to answer question c.

Can someone draw a graph and draw arrows in the directions pointing towards positive and negative infinity and explain why it’s negative/positive.

Does this solution apply to this diagram that I have drawn?

Question 19 > Find an equation for the graph above. Submit Question 5+m(u) 20-19-18-17-16-15-14-13-12-11-10-9--8--7--6--5--4--3--2-2 1 Jump to Answer 5 4 3 2 4 1 -1 en -4 4 6 3+00

what is the point to graph? i need the exact point