The answer is true. Hope this helps! :)
sales
commission
performance
none of the above
Expected capital gains yield for this bond = 3.08%.
Given that Coupon Rate (Annual) = 8.95%, Yield to Maturity = 3.87%, Par value = $1,000, Period = 13 years. We need to find Expected Capital Gains Yield.
We know that the formula for the yield on a bond is, Yield on bond = Current Yield + Capital Gains Yield. Here, we know the current yield and yield to maturity. So, Capital Gains Yield = Yield on bond - Current Yield. Now,Current Yield = Annual Coupon / Current price.
Current price can be found using the following formula, Current price = PV of Bond = C x (1- (1+i)^-n / i) + FV x (1+i)^-n where, C = Coupon Rate (Annual), FV = Face value i = Yield to Maturity / 2 (as it is semi-annual) and n = Years to Maturity x 2 (as it is semi-annual).
Substituting values in the above formula, we get, Current price = $1,153.42Current Yield = 8.95% / $1,153.42 = 0.00776Expected yield on bond = 3.87% + 0.00776= 3.08%. Therefore, the expected capital gains yield for this bond is 3.08%.
To know more about capital gains , refer here
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I guess the correct answer is 6.48%
If Curtis invested in the Initech, Inc. bonds, The after-tax rate of return from this investment is 6.48%.
Since, [(1 - 0.28) × (250,000 × .09)]/250,000 = .0648.
b. Supply chain efficiency
c. Supply chain analytics
d. Supply chain effectiveness
e. Supply network collaboration
Answer:
B. Supply chain efficiency
Explanation:
Efficiency consists in maximizing productivity while minimizing costs. Supply-chain efficiency, therefore, involves reducing costs and improving output in the production process, with the aim of increasing profit.