Explanation:
i=interest rate
X=current rate
2X = double current rate
n = number of years
Calculate time it takes to double at 3%:
2X = X(1+i)^n
simplify by cancelling out X
(1+i)^n = 2
substitute i = 3%
(1.03)^n =2
take log
n*log(1.03) = log(2)
n = log(2)/log(1.03) = 0.6931/0.02956 = 23.45 years
Similarly, for growth rate of 7%,
n = log(2)/log(1.07) = 0.6931 / 0.06766 = 10.24 years
So the difference is 23.45-10.24 = 13.21 years (to the hundredth) sooner
Answer:
The correct answer is letter "B": improve; rise.
Explanation:
Terms of Trade measures the efficiency of a country's trade. It is a ratio which compares the exports of a country with its imports. It is <em>calculated by dividing the export value by the import value, and by multiplying the result by one hundred (100)</em>. A terms of trade figure higher than 100, means a country exporting goods at a higher value than its imports.
<em>Given the case that there is no willingness to trade in an economy after a growth, the most possible scenario to take place is that the trade terms will </em>improve <em>as a result of the decrease in the demand of imports and assuming the level of exports keeps at the constant level that allowed the economic growth or if it even </em>rises<em>.</em>
Answer:
$14,887.5
Explanation:
Carrying Value of the bond is the net of Face value and any amortised discount on the bond.
Face Value of the bond = $19,000
Issuance Value = $14,300
Discount Value = $19,000 - $14,300 = $4,700
This Discount will be amortized over the bond's life until the maturity on straight line basis.
Amortization in each period = $4,700 / (8x2) = $293.75 semiannually
Until December 31, 2017 two payment have been made and $587.5 is amortized in the two semiannual periods.
Un-amortized Discount = $4,700 - $587.5 = $4,112.5
Carrying value of the bond = Face value - Un-amortized Discount = $19,000 - $4,112.5 = $14,887.5
<span>Ups devices typically have capacities that may run up to 1000 va.
UPS (uninterrupted power supply) is designed so an electrical equipment could still provide an emergency source of power in case the main power input fails to do so. In order to fulfill this function, a UPS device requires a pretty high voltage capacity.</span>
