Total cost = variable cost + fixed cost
fixed cost = 50
fixed cost per unit = 50 / 500 = .1
total cost = 2 + .1 = 2.1 per unit
1,250
Minimize total losses by producing at the rate of output where ATC is minimized.
The long run average total cost curve is the lowest average total cost for producing each level of output. It depicts the per unit cost of producing a good or service in the long run when all inputs are variable.
average fixed will go down, average variable will remain the same, and average total will go down.
This is a simple enough question to answer, Fixed cost is defined as the cost invariant of output, i.e. cost that doesnot change as output increases, i.e. constant. So if you divide a constant by output as a variable, as output increases Average Fixed Costs drop.
1,250
Minimize total losses by producing at the rate of output where ATC is minimized.
The long run average total cost curve is the lowest average total cost for producing each level of output. It depicts the per unit cost of producing a good or service in the long run when all inputs are variable.
average fixed will go down, average variable will remain the same, and average total will go down.
Variable costs vary depending on a company's production. Production, or output, and costs are included in variable costs. Production and costs are directly related.
Output variable
No, it usually is not.
If the output increases, so will the variable cost. Though, variable cost is not directly proportionate to the output, still it will witness an incline.
In semi variable cost :variable cost = change in cost/change in output then with that rate * output = variable cost semi variable cost - variable cost = fixed cost
because it can change according to the independent variable. this dependent variable depends on the independent variable for its output. the independent variable is not affected by the dependent variable because the independent variable if found out first.
true.
Dependent variable