Answer:
The company's degree of operating leverage is closest to $840000
Explanation:
Selling price per unit = Sales revenue / No. of bags sold
= $1560000/200000 bags = $7.8 per bag
Variable cost per unit=Total variable expenses/No. of units
= $840000/200000 units = $4.2 per bag
Company’s unit contribution margin = Selling price per unit-Variable cost per unit
= $7.8 per unit-$4.2 per unit = $3.6 per unit
Company's degree of operating leverage = Variables manufacturing expense + Variable selling and administrative expense
=$660000+$180000 = $840000
Answer:
It is true that raising gasoline prices (either by producing less of it, or by adding taxes) would reduce gasoline use. The concept of price elasticity of demand can helps us explain why.
Explanation:
A good can be either elastic or inelastic depending on its price elasticity of demand. A price elasticity of demand of less than 1 is considered inelastic, while a price elasticity of demand higher than 1 is considered elastic.
Elastic goods are those whose quantity demanded falls or rises more than the price. Inelastic goods are those whose quantity demanded falls or rises less than the price.
Gasoline is a inelastic good in the short-term because even with a price hike, most people will still buy gasoline because they need to move around. However, in the long-term, gasoline becomes more elastic because people replace their buy electric cars, or cars that use less fuel, etc.
What this tells us is that raising gasoline prices can reduce gasoline use in the long-term.
A built-in injustice in this measure is that it affects the poor disproportionally. Poor people also need cars to get around, and a rise in the gasoline price means that they have less money for other basic needs.
Answer:
Given that Program instructions consists of:
- 60% floating point multiply
- 20% floating point divide
- 20% other instructions
Amdahl's law states that:
Execution time affected by improvement = (Execution time after improvement/ Amount of improvement) + (Execution time unaffected)
Assuming initially that floating point multiply, divide and other instructions have same clocks per instruction (CPI).
Part (a)
New execution time after improvement with multiply = (60) / 8 + (20 + 20) = 47.5
New execution time after improvement with Divide = (20) / 3 + (60 + 20) = 86.67
New system should be 4x faster which means new execution time should be below = 100/ 4 = 25.
Therefore, Management's goal can NOT be achieved by making the improvement with multiply or divide alone.
Part (b)
New execution time after improvement with multiply and divide = (60 / 8) + (20 / 3) + 20 = 34.17
Speed up = execution time of original machine / Execution time of new machine = (100 / 34.17) = 2.93
Therefore, new machine is 2.93 times faster than original machine.
Answer:
A bank run occurs when many clients withdraw their money from a bank, because they believe the bank may cease to function in the near future
Explanation:
A bank run occurs when many clients withdraw their money from a bank, because they believe the bank may cease to function in the near future
Answer:
7.7 per direct labor hour
Explanation:
Number of direct labor hours = 700,000 / 25
Number of direct labor hours = 28,000 labor hours
Overhead cost = Shop and repair equipment depreciation + Shop supervisor salaries + Shop property taxes + Shop supplies
Overhead cost = 46,100 + 128,300 + 23,300 + 17,900
Overhead cost = 215,600
Predetermined overhead rate = Overhead cost/Direct labor hours
= 215,600 / 28,000 labor hours
= 7.7 per direct labor hour
