Answer:
B. are transfers within the same company.
C. have a direct impact on division profits.
Explanation:
Transfer prices can be defined as the amount of money (prices) that is being charged by a division in a business firm for the goods and services provided to another division within the same business firm. Thus, the output of the selling division automatically becomes the input of the buying or receiving division.
The characteristics of transfer prices includes;
I. Are transfers within the same company.
II. Have a direct impact on division profits.
Answer:
6.35%
Explanation:
If you purchase this bond you will need to pay $1,000 x 136.04% = $1,360.40
the coupon rate is 9.5% / 2 = 4.75% or $47.50 every six months
the bond matures in 18 years or 36 semiannual periods
yield to maturity = {coupon + [(face value - market value)/n]} / [(face value + market value)/2]
YTM = {47.5 + [(1,000 - 1,360.4)/36]} / [(1,000 + 1,360.4)/2]
YTM = 37.49 / 1,180.2 = 0.031766 x 2 (annual yield) = 0.06353 = 6.35%
Explanation:
The formula to compute the current ratio is shown below:
Current ratio = Total Current assets ÷ total current liabilities
where,
Total current assets = $4,315 million
And, the total current liabilities is $2,453 million
So, the current ratio is
= $4,315 million ÷ $2,453 million
= 1.76 times
Since the current ratio is greater than the 1.76 times that reflects that company have a liquidity position and it is able to pay its short term obligations
Answer:
12,552 shares
Explanation:
Data provided:
Initial outstanding shares of the firm = 16,000 shares
Value of each share = $14.50
Debt issued = $50,000
Now,
the number of shares used for issuing for $50,000 debt
= Debt issued / value of each share
on substituting the respective values, we have
the number of shares used for issuing for $50,000 debt
= $50,000 / $14.50
= 3448.27 ≈ 3448 shares
Now,
The shares of stock that are outstanding once the debt is issued =
= Initial outstanding shares - shares used for issuing for $50,000 debt
= 16,000 - 3448
= 12,552 shares
Answer:
0.7207
Explanation:
Mean μ = 84g
SD σ = 1.85g
Upper specification limit (USL) = 88g
Lower specification limit (LSL) = 78g
Cpk = Min[USL - μ/3σ, μ-LSL/3σ]
Cpk = Min[88 - 84/3*1.85, 84-78/3*1.85]
Cpk = Min[4/5.55, 6/5.55]
Cpk = Min[0.7207, 1.0811]
Cpk = 0.7207
So, the process capability index for the current manufacturing process is 0.7207
