Answer: $100 million
Explanation:
National Income (GDP) for a close nation is calculated as:
= Consumption + Investment + Government spending
Making investment the subject would give us:
Investment = GDP - Consumption - Government spending
= 400 - 150 - 150
= $100 million
Answer:
Contribution margin ratio = 1 - variable cost ratio
= 25%
(a) 

= 1,400,000


= 25,000
(b) For profit of $42,000,


= 1,568,000


= 28,000
(c) variable cost = sales price × variable cost ratio
= $56 × 75%
= $42
New contribution margin = 
New contribution margin = 
= 0.4
= 40%


= $875,000


= 12,500
Answer:
<em>$111.11 or 111.11% of face value</em>
Explanation:
Assuming the face value of $100 for all bonds (without loss of generality)
If the two year coupon bond is repackaged as a one year zero coupon bond paying $12 after one year and another two year bond paying $112 after 2 years, the price of the two zero coupon bonds are given as
Price of one year Zero coupon bond = 12/1.05 = $11.43 (one year ZCB has YTM of 5%)
Price of two year Zero coupon bond = 112/1.06^2 = $99.68 (two year ZCB has YTM of 6%)
So, one can sell the repackaged bonds at a price = $11.43+ $99.68 = $111.11 or 111.11% of face value
Answer:
$224,174
Explanation:
Note : I have uploaded the full question below :
The Principle P that is required can be calculated from the given data though discounting future cash flows as follows :
FV = $1,000,000
r = 7½%
t = 20 × 12 = 240
P/yr = 12
Pmt = $0
PV = ?
Using a Financial Calculator to input the values as shown above, the PV would be $224,174 . Thus, the principal P that must be invested must be $224,174.
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