Answer: $320
Explanation:
The Profit as the question shows is the Total Revenue less the total cost.
Total Revenue.
This will be the amount of goods sold multiplied by the price they are sold at.
The monopolist maximises output where Marginal Revenue equals Marginal Cost which from the graph is 4 units.
The price they sell at is the intersection of this quantity with the demand curve which is at $120.
Total Revenue = Units Sold * Price
= 4 * 120
= $480
Total Cost
The total cost will be the average cost per unit multiplied by the number of units sold. The relevant average cost is the cost associated with the maximised out of 4 units which according to the graph is $40.
= Average cost * number of units
= 40 * 4
= $160
Profit = 480 - 160
= $320
Answer:
controllable margin = $100,000
Explanation:
given data
Income tax expense = $62000
Contribution margin = 180000
fixed costs = 80000
Interest expense = 68000
Total operating assets = 40000
to find out
How much is controllable margin
solution
we get here controllable margin that is express as
controllable margin = contribution - controllable fixed cost ....................1
put here value we get
controllable margin = 180000 - 80000
controllable margin = $100,000
People with large heads tend to have high iqs.
Answer: 3.22
Explanation:
Given that;
mean = 2.5 min
standard deviation = 0.25 min
now to get the value of X required, we say
z = (x - u) / a
where z is the distance from the mean measured in the standard deviation units, x is the value we are interested in, u is the mean distribution, a is the standard deviation of the distribution.
the time delay should be just enough to allow 99.8% of the cabinets to dry completely = 99.8/100 = 0.9980
first we determine an appropriate z value.
Using the standardized normal tables,
value of z for approximately 0.9980 is 2.88
so using our initial equation z = (x - u) / a
we substitute the value
z = (x - u) / a
2.88 = ( x - 2.5) / 0.25
2.88 * 0.25 = x - 2.5
0.72 = x - 2.5
x = 0.72 + 2.5
x = 3.22
<span>In the swim-lane format of a business process model, all activities for a role are included in that role's swim-lane.
The swim lane is used to show flow diagrams or charts that list out the responsibilities of a business and its employees. These lanes can be arranged horizontally or vertically. Think of them as lap swim lanes in a pool, that helps keep the business roles in line. </span>
