The answer to your question is the vacuole it holds water. the vacuole is responsible for helping the plant stay up right when the vacuole is full the plant is perky and vibrant but when it is empty the plant becomes dull and wilted
Answer:The output will be $billion and the price level will increase.
Explanation:Long term accommodative policies by government causes a shift to the right of aggregate demand curve in response to the left shifting of the aggregate supply curve in the short run.
This change will definitely cause an increase in aggregate demand without a corresponding increase in aggregate supply to meet the demand.
In doing this the government aims to permanently higher prices in order to restore employment and output to it's original level.
Answer:
Option (D) is correct.
Explanation:
Given that,
Beginning work in process = $4,000
Ending work in process in finishing department = $6,000
Cost transferred = $47,000
Direct material = $15,000
Direct labor = $46,000
Overhead = $22,000
Cost incurred in finishing department:
= Beginning work in process + Cost transferred + Direct material + Direct labor + Overhead
= $4,000 + $47,000 + $15,000 + $46,000 + $22,000
= $134,000
Cost of goods transferred to the Finished Goods Inventory account:
= Cost incurred in finishing - Ending work in process
= $134,000 - $6,000
= $128,000
The bal() function that is going to balance the loan after a period of 9 years would be A. bal(108)
<h3>How to solve for the bal() function</h3>
The question tells us that the loan balance would be calculated after the period of 9 years.
We have 12 months yearly in all of these 9 years.
Hence the function would be bal(12*9)
= bal(108)
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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