There are actually two makers, and they both agreed to a one dollar salary a year.
The days in inventory for valley markets is 114
<h3>How to calculate the days in inventory for valley markets ?</h3>
Valley markets has an inventory turnover of 3.2
The capital intensity ratio is 1.9
There are 365 days in a year, the days in inventory for valley markets can be calculated as follows
= 366/3.2
= 114
Hence the days in inventory for valley markets is 114
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Answer:
$23,160
Explanation:
The Total interest = 15,040 + 4040 + 1040 + 3040
Total interest = $23,160
Hence, the Interest deductable this year = $23,160
Answer:
A) Somewhat effective, but only to the extent that most of the tax cut is concurrently spent on domestic output, that multiplier effects occur, and crowding out is small.
Explanation:
First of all, the larger amount of money would increase the inflation rate since aggregate supply hasn't increased. The number of goods and services offered do not vary, then only thing that varies is the amount of disposable money.
The larger the multiplier, the larger the positive effect. The multiplier formula = 1 / MPS (marginal propensity to save). Even though inflation increases, still the economy is going to grow. That unless the local residents decide to purchase many imported goods. The larger the amount of imported goods purchased, the lower the positive effects.
This type of policy can be very effective under conditions where deflation or inflation rates are near 0 or even negative. Although high inflation is very bad for the economy, a small amount of inflation is always needed to boost economic growth. The healthy inflation is around 1.5 - 2% per year. This way salaries and wages can grow, pushing aggregate demand and supply.
Answer:
$270,000
Explanation:
The first step is to calculate the overhead cost of the material handling parts
Since each wind stock require 3 parts then the overhead cost can be calculated as follows
= 3 × 20,000
= 60,000
The overhead cost of machining hours can be calculated as follows
Since 5 minutes is spent in the machining department then overhead cost is
= 5× 20,000
= 100,000
The overhead cost of packaging number of finished units can be calculated as follows
= 2 × 20,000
= 40,000
Total overhead cost= 100,000 + 60,000 + 40,000
= 200,000
The total cost of direct materials and labor can be calculated as follows
= 3.5 × 20,000
= 70,000
Therefore the total cost of producing 20,000 windstocks is
= Total overhead cost + total cost of direct materials and labor
= 200,000 + 70,000
= $270,000
Hence the total cost of producing 20,000 windstocks is $270,000
