Answer:
This means that receiving 9000 today is better for us as we will have more at the end of 6 years.
Explanation:
We need to first calculate what is the future value of payments in both scenarios. If we receive $9,000 today and invest it at 10% for 6 years we will have 9000*1.10^6=15,944
If we start reviving cash in 4 annual payments 2 years from now of $3000 we will have to find the future value of each individual payment and add them up.
First payment Future value = 3000*1.10^4=4392 (Money can be invested for 4 years at 10%)
Second payment future value = 3000*1.10^3=3993 (Money can be invested for 3 years at 10%)
Third payment future value = 3000*1.10^2=3630 (Money can be invested for 4 years at 10%)
Fourth payment future value = 3000*1.1=3300
Add them all up = 15315
This means that receiving 9000 today is better for us as we will have more at the end of 6 years.
Answer:
D. Ingestion
Explanation:
Absorption seems like something you would get through the skin. Injection it gets put into your body by a needle. Inhalation is through the nose. Ingestion you swallow.
Answer:
Ending inventory= $1514
Explanation:
Giving the following information:
Beginning inventory: 320u*$5.00= $1600
Purchase, (1/15/2017)= 160u*5.70= $912
Purchase, (1/28/2017)= 160u*5.90= $944
Ending inventory= 260u
The company uses FIFO (first in, first out).
What is the value of ending inventory?
Ending inventory= 160u*5.90 + 100u*5.70= $1514
Answer:
C. They fail to incorporate cash flows beyond the first year of the analysis.
Took me a bit to understand what this is. I have no business sense at all.
Expected Rate of Return = 30%*5% + 9%*75% - 33% * (100 - 75 -5)%
Expected Rate of Return = 0.015 + 0.0675 - 33%*20%
Expected Rate of Return = 0.015 + 0.0675 - 0.066
Expected Rate of Return = 0.0165
This then is expressed as a %
0.0165 = 1.65 % Sounds like you are buying a US short term treasury.
If anyone else answers, take their answer.
