High return on an investment is associated with high risks.
the bigger amount you give for an investment, the bigger possibility that you can have bigger return however the higher risk that you can loss a big amount of money also.
Answer:
The end of the Dark Ages.
Explanation:
The end of the Dark Ages is also referred to as the middle age and was recorded as the earliest time frame captured where the very best instruments available to detect light in visible wavelength on Earth.
I'm pretty sure, financial services sales agent a.k.a stockbrocker
Answer:
option (B) 0.012634
Explanation:
Data provided in the question:
Expected return Probability
16.5% 80%
-11.6% 20%
Now,
Mean return = ∑( Probability × Expected return )
= ( 0.8 × 16.5% ) + ( 0.2 × (-11.6%) )
= 13.2% - 2.32%
= 10.88%
Thus,
Variance = ∑(Probability × [ Expected return - Mean return ]² )
= 0.8 × ( 16.5% - 10.88% )² + 0.2 × ( -11.6% - 10.88% )²
= 0.8 × ( 5.62% )² + 0.2 × (-22.48%)²
= 0.8 × 0.0562² + 0.2 × 0.2248²
= 0.002526752 + 0.010107008
= 0.01263376 ≈ 0.012634
Hence,
The correct answer is option (B) 0.012634
Answer:
The productivity of the firm = 5
Explanation:
Total number of seats that is assembled in 30 min = 10 seats
Therefore total number of seats assembled in 1 hr = 10 x (60/30) = 20 seats
Total labor hours required for 20 seats = 4 workers x 1hr = 4hrs
The Single-factor productivity = output / labor hours
The Single-factor productivity = 20 seats / 4 hrs
The Single-factor productivity = 5 seats per labor hr