The marginal product of the fourth worker is 150 bushels of wheat.
<h3>What is the marginal product?</h3>
Marginal product is the change in the total product of labour when labour is increased by one unit.
Marginal product = change in output / change in labour
change in output = 1300 - 1000 = 300
change in labour = 4 - 2 = 2
300 / 2 = 150
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Answer:
D.
Explanation:
Process capability means the ability to do a particular work without producing or producing less defects. Is defined as the inherent variability of a characteristic of a product.
It represents the performance of the process over a period of stable operations. A process is said to be capable when the output always conforms to process satisfactions.
It measures the goodness of a process comparing the voice of the process with the voice of the customer.
Process capability analysis helps to determined the ability to manufacture parts within the tolerance limits and engineering values.
The model that best fits the given situation is exponential
<h3>
what is an Exponential Function?</h3>
Exponential function, in mathematics a relationship of the form y = 
, where the independent variable x extends over the entire real number line as an exponent of a positive number a. The most important exponential function is y = 
.
Here,
The value of a classic car = $50,000
It is increasing in value by 5% per year.
So, here we have a = 50,000 and x = 5%
The function is increasing.
b = 1+5%
b = 1+0.05 = 1.05
Hence, the function that describes this situation is given by:
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<h3>California Inc Estimated ending inventory is $319,000
</h3>
Explanation:
Goods available for sale = Beginning inventory + Net purchases
- California Inc Beginning inventory $310,000
- California Inc Net purchases = $905,000
- California Inc Goods available for sale = $1,215,000
Gross profit = Net sales * profit %
- California Inc Net sales = $1,280,000
- California Inc gross profit = 30%
- California Inc gross profit = $384,000
Estimated cost of goods sold = Net sales - Gross profit
- California Inc Estimated cost of goods sold = $1,280,000 - $384,000
- California Inc Estimated cost of goods sold = $896,000
Estimated ending inventory = Goods available for sale - Cost of goods sold
- California Inc Estimated ending inventory = $1,215,000 - $896,000
- California Inc Estimated ending inventory = $319,000
California Inc Estimated ending inventory is $319,000
