If we used the retail method to estimate the ending inventory first we get the given of the problem that can be used in solving.
Given
Sales - 200,000
Goods available for sale - 261,000 (cost) & 450,000 (retail)
First, we need to get the cost of retail ratio. the formula is
Cost to Retail ratio= Cost/ Retail
261,000
CRR= ------------- = 0.58
450,000
Next is to get the ending inventory by following this steps
Cost Retail
Cost of Goods Available for Sale $261,000 $450,000
- Sales $200,000
------------------
Ending Inventory $250,000
x Cost to Retail Ratio .58
------------------
Ending Inventory $145,000
So, the estimated ending inventory for the month of July is $145,000.
Answer:
annual sum must he set aside $16209.42
Explanation:
given data
engineer wishes = $3 million
retires time = 35 years
nominal interest = 8%
solution
we get here effective annual rate that is
interest rate = 
...........1
interest rate = 
interest rate = 0.08328 = 8.33%
and
now we get annual sum must he set aside that is
amount = $3 million × 
amount = $3000000 × 
amount = $16209.42
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The probability that you win something will be 1.
What is an probability in statistics?
The probability serves as a gauge for how likely an event is to occur. It gauges how likely an event is. P(E) = Number of Favorable Outcomes/Number of Total Outcomes is the formula for probability.
Can the probability of an event be 1?
If the chance is 1, the event will occur. There would be nothing you could do to prevent a road traffic collision if the likelihood of one was 1. It will occur. In reality, probability connected to commonplace events ranges between 0 and 1.
Can a probability be negative?
Although a quasiprobability distribution permits a negative probability or quasiprobability for some events, the probability of the result of an experiment can never be negative. These distributions may be applicable to conditional probability or unobservable events.
Learn more about probability: brainly.com/question/14210034
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Answer:
Difference= $1,000 increase
Explanation:
Giving the following information:
Selling price per unit: $30
Variable expenses per unit: $21
New selling price= 30 - 2= $28
New units sales= 13,000
<u>First, we need to calculate the current contribution margin:</u>
Total contribution margin= units sold*unitary contribution margin
Total contribution margin= 10,000*(30 - 21)
Total contribution margin= $90,000
<u>Now, the new contribution margin:</u>
Total contribution margin= 13,000*(28 - 21)
Total contribution margin= $91,000
