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%
Hi I think it might be the second option: <u>You can specialize in mechanics and still be able to feed your family without growing your own food.</u> I say this because the key word specialization used in the question and specialize.
Honestly taking a test with this same question at the moment and i am just taking a wild guess here. Im sorry if i got it wrong but good luck.
Answer:
The answer is C they but at a discount, the entire issues of new security....ation:
Answer:
E. $78
Explanation:
The computation of the net present value is shown below:
Net present value is
= Initial investment + year cash inflows ÷ (1 + discount rate)^number of years + year cash inflows ÷ (1 + discount rate)^number of years
= -$150 + $175 ÷ 1.15 + $100 ÷ 1.15^2
= $77.78
= $78
Hence, the correct option is E. $78
Answer:
D
Explanation:
Late point differentiation is when the production process starts with a generic product and the end product is differentiated to a specific end product. Late point differentiation is used in firms where there is a high level of demand uncertainty
<u>Advantages of Late point differentiation</u>
1. it also consumers to receive a differentiated or customised product
2. It reduces the waiting time of consumers and allows consumers access quicker services
