Answer:
Real GDP will rise by $100 million
Explanation:
Aggregate Demand [AD] is total amount of goods & services, all sectors of an economy are planning to buy . So AD = Aggregate Planned Expenditure [APE]
Aggregate Supply [AS] is total amount of goods & services, all sellers are planning to sell. As total output value of goods & services produced is distributed among factors of production, AS = National Income [NY] = GDP
At equilibrium : AD or APE = AS or NY or GDP
If AD or APE increases by $100 million :
AD or APE > AS or Aggregate Planned Production or GDP . This implies willingess to buy > willingness to produce. So, inventory levels will fall below desired level. To mantain inventory level, production [AS] & income level [GDP] will rise till it becomes equal to risen AD or APE
So, GDP will also rise by $100 million
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Answer:
$34,700
Explanation:
Calculation to determine what the cost of ending work in process inventory for the department would be:
Using this formula
Cost of ending work in process inventory=Beginning work in process inventory +Costs added to production-Units completed and transferred out
Let plug in the formula
Cost of ending work in process inventory=$12,700+$433,000- $411,000
Cost of ending work in process inventory=$34,700
Therefore the cost of ending work in process inventory for the department would be: $34,700
Even-aged practices remove larger groups of trees than uneven-aged management practices.
Uneven-age management in forestry refers to a system of management that periodically selects individual trees or small groups of trees for harvest. In popular, the idea of choppy-age control involves the sustained yield of for- est products at the same time as preserving non-stop wooded area cover.
Even-aged stands are ones where the variety of tree a while inside a stand do not range via more than 20% or so. Plantation forests are the quality instance of even-aged stands, as often they've created the use of seedlings or clones from a common set of mother and father.
Large-scale natural disturbances, including wildfire, have evidently favored even-elderly stands of seral species with a gap carefully related to these disturbance types. An uneven-elderly stand is a mosaic of tiny even-elderly clumps and scattered individuals woven together thru a perpetual cycle of random disturbances.
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