Answer:
- $25.50
- 90,000 units
- 140,000 units
Explanation:
1. Current contribution margin ratio
= (Selling price - Variable cost)/ Selling price
= (25 - 19.8) / 25
= 0.208
New Direct labor = 5.0 * ( 1 + 8%)
= $5.40
New variable cost = 19.8 + 0.4 = $20.20
To maintain 0.208
0.208 = (Selling price - 20.20) / Selling price
0.208 * Price = Price - 20.20
0.208Price - Price = -20.20
-0.792Price = -20.20
Price = -20.20/-0.792
Price = $25.50
2. Breakeven = Fixed Cost / Contribution Margin
Contribution Margin = Selling price - Variable cost
= 25 - 19.8
= $5.20
= 468,000/5.2
= 90,000 units
3. To earn $260,000;
= (Fixed Cost + 260,000) / Contribution margin
= (468,000 + 260,000) /5.2
= 140,000 units
Answer:
certificate of deposit
Explanation:
A certificate of deposit (CD) is a financial instrument sold by banks
The bank gives this CD to Gwen. She cannot withdraw the cash until July 1, 2023
The certificate of deposit are risk-free investment. The difference with savings account is that a certificate of deposit has a fixed term and fixed interest rate and it is create with the idea of holding the title until maturity. Not doing so, may inccur in penalties so a portion of the interest will be negate.
As this is a financial instrument, the bank issued a title to the investor to recognize his investment.
Answer:
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
Explanation:
Data provided in the question:
Number of sales order received per day = 2500
Confidence level = 95%
Certainty factor for 95% certainty = 1.96
Now,
Sample size = 
on substituting the respective values, we get
Sample size = 
or
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
Answer:




And if we convert this into % we got 
See explanation below.
Explanation:
We assume that we have compounding interest.
For this case we can use the future value formula given by:

Where:
FV represent the future value desired = 1000000
PV= represent the present value = 50000
i = the interest rate that we desire to find in fraction
n = number of times that the interest rate is compounding in 1 year, since the rate is annual then n=1
t = represent the number of years= 50 years
So then we have everything in order to replace and we got:

Now we can solve for the interest rate i like this:



And if we convert this into % we got 