NB = TB - TC.
NB is maximized when the difference between TB and TC is maximum.
The gap between TB and TC is maximum corresponding to point C.
At point C, TB is E and TC is D.
Therefore, Point C seems to indicate the number of hours (Q) that maximizes the NB from working.
Answer: Option (C)
Graph of TB & TC of Hours Working: The graph below measures salary (thousands per year)...
Graph of TB & TC of Hours Working The graph below measures salary(thousands per year) and perceived costs from working for a singe worker. The worker perceive total cost equation for working to be TCQ10 382)+O'(0.020). The horizontal axis measures the hours of working per week that they can choose, giving them a total of working equation, T8 - 1.0159. (For hours beyond 40, assume that TC>TB.) TTB, TC 10 20 30 Race TS & TOW The TB at point...
explain Question 11 1 points Save Answer Graph of TB & TC of Hours Working The graph below measures salary thousands per year and perceived costs from working for a single worker. The worker perceives their total cost equation for working to be 1 0 0.382) (0.020). The horizontal axis measures the hours of working per week that they can chooseping them a total benefit of working equation, T8 - 10150 (For hours beyond 40, assume that TC>TR) What point...
Graph of TB & TC of Hours Working The graph below measures salary thousands per year and perceived costs from working for a single worlar. The worker percester be TCQ 10.135) + '(0.025). The horizontal axis measures the hours of working per week that they can chooseping them to benefit of working on 08810 that TC > TB s tution for working to hours beyond the one For the question below - 22387 What is the NB B5565
explain Question 2 1 points Graph of TB & TC of Hours Working: The graph below measures salary thousands per year) and perceived costs from working for a single worker. The worker perce total cost equation for working to be TC 00:402)+ (0.021). The horizontal axis measures the hours of working per week that they can choose, giving them a to of working equation, TB = 10410. (For hours beyond 40, assume that TC>TR) TTB, TC Reference TB & T...
1. Use the graph below to answer the questions: 80 70 60 50 40 30 20 10 State the equation for the demand curve (inverse demand function) shown in the graph above using the format P a-bQi a. b. State the equation for the demand function implied in the graph using the format Q c-dP Find the equation for Total Revenue, where TR is a function of output (Q): c. d. Find the equation for Marginal Revenue, where MR is...