Answer:
The expected return of your portfolio is 6.02%
Explanation:
Stock Value Expected Rate of return Weightage
A $200 8% $200/$300 = 0.67
B $100 2% $100/$300 = 0.33
Expected Rate of return = ( Expected rate of return Stock A x Weightage of Stock A ) + ( Expected rate of return Stock B x Weightage of Stock B )
Expected Rate of return = ( 8% x 0.667 ) + ( 2% x 0.33 )
Expected Rate of return = 0.0536 + 0.0066 = 0.0602 = 6.02%
Answer: Replace that cash crop
Explanation:
If a person provides a better cash crop for the market, and made the cash crop you want to get rid of look unconvincing, they will be sucessful
The standard quantity that is produces is multiplied to the standard price. The product is subtracted to the quantity variance and will be divided to the standard price. The product you have acquired will be the units that are produced.
4,500 pounds x $2.50 = 11,250
11,250 - $375 = 10,875
10,875 / $2.50 = 4,350
Answer: There are 4,350 units produced.
On Harvard Business News it explained this connection on strategic management, it links all the strategies and complexities in the business. Because of the diversity and continuous change in business schemes and application, there is a need to merge everything and all the phases that occurred in the business. The aim of strategic management is to simplify everything and make it individualized and cater the clients on the services or products it has.
Answer:
The real rate of return is 0.10%
Explanation:
For computing the real rate of return, we need to apply the formula which is shown below:
( 1 + nominal rate) = ( 1 + real rate) × (1 + inflation rate)
So,
The real rate = {(1 + nominal rate) ÷ (1 + inflation rate)} - 1
= ((1 + 3.10%) ÷ (1 + 2%)} - 1
= (1.031 ÷ 1.02) - 1
= 1.0107 - 1
= 0.10
The Government T-bills is only the nominal rate so we considered this only
