Answer:
Total production for the current period is expected to be 7420 units.
Explanation:
The current production should be enough to meet the required units needed for the desired ending inventory and the units needed to meet the current sales after adjusting for the opening inventory of units that is available. Thu,s the current production requirement will be,
Production = Closing Inventory + Sales - Opening Inventory
Production = 263 + 7500 - 343
Production = 7420 units
Answer:
Option (D) is correct.
Explanation:
In United states:
Can produce 25 tons of steel or 250 automobiles,
Opportunity cost of producing a ton of steel = 250 ÷ 25
= 10 automobiles
Opportunity cost of producing 1 automobile = 25 ÷ 250
= 0.1 tons of steel
In Japan:
Can produce 30 tons of steel or 275 automobiles,
Opportunity cost of producing a ton of steel = 275 ÷ 30
= 9.17 automobiles
Opportunity cost of producing 1 automobile = 30 ÷ 275
= 0.11
Therefore,
United States has a comparative advantage in producing automobiles because the opportunity cost of producing automobiles is lower than the Japan.
Japan has a comparative advantage in producing steel because the opportunity cost of producing steel is lower than the United states.
Answer: 0.10%
Explanation:
The following can be gotten from the question:
n = 15 years
We change it to months. Thus will be:
= 15 × 12
= 180
Present value of an annuity :
= A × {1- (1 +r ) -n ]/r}
74000 = 450 × [ 1- (1 +r) - 180]/r
r= 0.10%
Therefore, the monthly interest rate is 0.10%.
Answer:
option (D) $1,000
Explanation:
Data provided in the question:
Sales when 10 prefabricated garages per week are sold = $10,000 each
Sales when 9 prefabricated garages per week are sold = $11,000 each
Now,
Marginal revenue is given as Change in revenue with 1 unit change in production
Thus,
Marginal revenue = ( $10,000 × 10 ) - ( $11,000 × 9 )
= $100,000 - $99,000
= $1,000
Hence,
The answer is option (D) $1,000
Answer:
Safety Stock is 336.62 units
Explanation:
As per given data
Demand = D = 50,000
Ordering Cost = S = $35
Holding Cost = H = $1 per unit per year
Weekly Demand = Demand / 50 weeks = 50,000 / 50 = 1,000 units per week
Weekly Demand during Lead time of 3 weeks = 1000 x 3 = 3,000 units
Standard Deviation = 216.51 units
Desired Service level = 94%
The Z score at 94% service level is 1.55477
Safety Stock = Zscore x standard deviation = 1.55477 x 216.51
Safety Stock = 336.62
