Answer:
“Should” or “should not” depend on the cost rate of the option and the risk appetite of investors.
Explanation:
An option is a contract that allows investors to buy or sell instruments such as security, Exchanged Traded Fund or an index at a pre-determined price over a certain period of time.
If the option will cost the investor an additional $10,000 and it is the cost for an option of $10 million investment, then it cost only 0.1% additionally, but it can secure the position of this investment; then the investor should buy this option.
Vice versa, if the additional $10,000 is much more than expected profit, and even lower but significantly drop down the total profit of an investment; and the investor always wish to have a high profit regardless high risk; then he shouldn’t buy this option.
Answer:
A. wastefulness - production inside PPC ; B. Economy growth - PPC shift outwards/rightwards ; C. Economy at Productive Efficiency - production on PPC ; D. Unattainable Production- Outside PPC
Explanation:
PPC is graphical representation of production combinations that an economy can produce, given resources & technology.
PPC is based on assumption : That resources are best efficiently utilised. So, all product combinations ON PPC reflect 'Economy is at Productive Efficiency'
All production points INSIDE PPC reflect inefficient utilisation of resources i.e 'Wastage'
Points OUTSIDE PPC are 'Unattainable Product Combinations'- as they are beyond economy's best optimum production, given resources & technology.
'Economic growth' is increase in resources &/or technology which increases economy's production potential and PPC curve SHIFTS rightwards or outwards.
The Answer is D. It would not affect gross income. Gross income is the total amount of income you gain before expenses are taken away.
Answer:
2030
Explanation:
The computation of the total number of new generators including this year is shown below
Given that
(A) = 100
Common Ratio (r) = 1.15
n = 10
Now
Sum of 10 terms Sn is
= A × (r n - 1) ÷ (r - 1)
= 100 × (1.1510 - 1) ÷ (1.15 - 1)
= 100 × 3.0456 ÷ 0.15
= 2030
We simply applied the above formula so that the total number of new generators could come
