Answer:
the firm must sell 37,443 units of Regular and 74,886 units of Ultra
Explanation:
Regular - unit sales price= $20; Variables costs per unit = $8
Ultra - unit sales price= $24; Variables costs per unit = $4
combined contribution margin:
- 1 unit of regular = $20 - $8 = $12
- 2 units of ultra = $48 - $8 = $40
- total = $52
break even point = total fixed costs / combined contribution margin = $1,947,000 / $52 = 37,442.31 ≈ 37,443 units
the firm must sell 37,443 units of Regular and 74,886 units of Ultra
Answer:
There is not enough potting soil. The gardener needs 1.875 cubic feet more potting soil.
Explanation:
In the given scenario we need to calculate the total volume of the cubic boxes.
Cubic volume = side * side * side
Cubic volume = 1.5 * 1.5 * 1.5
Cubic volume = 3.375 cubic feet
Since there are 5 planter boxes
Total volume = 3.375 * 5 = 16.875 cubic feet
The volume of soil in the 3 bags is
Volume of soil in bags = 3 * 5 cubic feet = 15 cubic feet
So there is insufficient soil to fill the planter boxes.
The difference is
Difference = 16.875 - 15
Difference = 1.875 cubic feet of soil is short
Answer:
Market Targeting
Explanation:
This is a process of identifying different segments of a market's attractiveness and identifying a particular one to enter.
It guides towards making the best decision at market selection stage ,that will be of a great value to the organization..
The two basic stages involved are evaluating the market and selecting market target segments and targeting strategy.
Size and growth , attractiveness ,income , accessibility and availability of resources are factors to be considered during the process
Answer:
Explanation:
Fossil fuel plant:
Electricity production per hour = 900 megawatts
Operation hours = 600 hours
Total electricity production = 900 * 600 = 540,000 megawatts
Conversion costs $40,500,000
Fuel cost $10,800,000
Total costs = 51,300,000
Cost per megawatt = Total cost of production/ Total megawatts produced =
51,300,000/540,000 = $95
Wind farm plant:
Electricity production per hour = 100 megawatts
Operation hours = 300 hours
Total electricity production = 100 * 300 = 30,000 megawatts
Conversion costs $2,700,000
Cost per megawatt = Total cost of production/ Total megawatts produced =
2,700,000/30,000= $90