Budgeted direct materials quantity
4000 pounds
Actual direct materials quantity
4500 pounds
Direct materials quantity variance
4500-4000=500 pounds ( underapplied)
Answer:
NPV= 1,036.16
Explanation:
Giving the following information:
Initial investment= $9,000
Cash flows= $2,700 at the end of each of the next four years.
Interest rate= 3%
To calculate the net present value (NPV), we need to use the following formula:
NPV= -Io + ∑[Cf/(1+i)^n]
Cf1= 2,700/1.03= 2,621.36
Cf2= 2,700/1.03^2= 2,545
Cf3= 2,700/1.03^3= 2,470.88
Cf4= 2,700/1.03^4= 2,398.92
Total= 10,036.16
NPV= -9,000 + 10,036.16
NPV= 1,036.16
Answer:
Overhead volume variance= $1000 unfavorable
Explanation:
Giving the following information:
Actual total factory overhead incurred $ 28,875 Standard factory overhead: Variable overhead $ 2.10 per unit produced Fixed overhead ($11,200/11,200 predicted units to be produced) $ 1.00 per unit Predicted units to produce 11,200 units Actual units produced 10,200 units.
Overhead volume variance= fixed overhead rate*(Normal capacity - standard capacity)
Fixed overhead rate= $1 per unit
Standard capacity= 11,200 units
Normal capacity= 10,200
Overhead volume variance= 1*(10,200 - 11,200)= $1000 unfavorable
Answer:
The correct answer is letter "C": Dry-pipe sprinklers.
Explanation:
Dry-pipe sprinklers systems use pressurized nitrogen in front of fire emergencies where the closed pipe valves open. Compared to systems using water, for a data center, it will be better to use a dry system like this since computer devices damages will be reduced exponentially or in the worse scenario, there will be higher chances to recover the material on those devices.
Answer: А. large, more heavily populated, economies like China
Explanation:
Larger countries like China and the US have a higher population which will mean that domestically, they produce quite a lot and so percentage wise would be able to rely less on foreign trade as they will produce a lot of things for themselves.
Smaller countries like Singapore however, will be unable to produce much of what they need and so will have to engage in foreign trade more than larger countries, percentage wise.
Mathematically speaking. Percentage wise, larger countries will rely less on foreign trade because foreign trade will be less compared to their large economies. The reverse is true for smaller countries.
