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Cost = Fixed + (variable x units)
It will cost (36.364) times (cost of one gallon of gas).
The cost of 94.7 gallons, approximately.
Total cost 96.67
If you rent a car for one day and drive it for hundred miles, the cost is forty dollars. If you drive it two hundred twenty miles, the cost is forty six dollars. how much you will pay to rent the car for one day if you drive it three hundred miles.
its the cost of the equation its a bear
Original answer: Break-even = fixed cost/ (price - variable cost)Additional: This equation gives the answer as the number of units of the product.
The equation used to determine total cost is as follows: Total Cost = Fixed Cost + (Average Variable Cost) x Output. The equation to find total cost of a number ("q') of units is: C(q)= 100 + 2q.
You need to divide the number of miles by the miles-per-gallon - that will give you the number of gallons you need. Then you can multiply that by the number of gallons.Note that the real cost of driving a car is more than just the cost of gasoline.
A 2-mile cab ride costs 4.25 A 7-mile cab ride costs 8.50 Which equation models the cost y of a cab ride thar is x miles?Read more: A_2-mile_cab_ride_costs_4.25_A_7-mile_cab_ride_costs_8.50_Which_equation_models_the_cost_y_of_a_cab_ride_thar_is_x_miles
Answer: $ 65.45 Here is why: 800 miles X 1 gallon/22 miles gives us 36.36 gallons of gas used for the trip Now multiply that by 1.80 dollars/gallon and we have 65.45 dollars
Cost = $ 25.00 + (Miles driven * $ 0.35) So there is your answer!
Cost = Fixed + (variable x units)
Profit-Cost=Income
Lost-Cost percentage= Total labor Cost/Total Sales Rev
Marginal cost - the derivative of the cost function with respect to quantity. Average cost - the cost function divided by quantity (q).
price - marginal cost