In my case, I know from experience and heredity that for example my father died of a second heart attack at least partly because of his high cholesterol. The high cholesterol was related to his high metabolism so that he ate a lot of eggs and bacon when young so that probably produced a lot of bad cholesterol. Myself I also have a tendency to high cholesterol and was warned by my dad's doctor to watch it so consequently I mostly avoid dairy products and egg yolk and beef (red meat) and am mostly able to control it that way with diet so haven't had a heart attack yet.
Answer:
$50.74 million
Explanation:
Interest rate per annum = 8%
Number of years = 17
Number of compounding per annum = 1
Interest rate per period (r) = 8%/1 = 8%
Number of period (n) =17 * 1 = 17
Growth rate (g) = 5%
First payment (P) = 4 ($'million)
PV of the new Chip = p/(r-g) * [1 - [(1+g)/(1+r)]^n]
PV of the new Chip = 4/(8%-5%) * [1 - [(1+5%)/(1+8%)]^17]
PV of the new Chip = 4/0.03 * [1 - [1.05/1.08]^17]
PV of the new Chip = 4/0.03 * [1 - 0.972222^17]
PV of the new Chip = 133.333 * (1 - 0.6194589804)
PV of the new Chip = 133.333 * 0.3805410196
PV of the new Chip = 50.7386757663268
PV of the new Chip = $50.74 million
Ethically probably harder,
Answer:
$289000
Explanation:
Effective Gross Income (EGI): Effective Gross Income is calculated by deducting the Vacancy and collection (V&C) loss from Gross Potential Income (GPI).
First year gross potential income (PGI) is $340,000
Vacancy and collection (V&C) loss is 15% of gross potential income
Therefore, (V&C) allowance = [$340,000 15%]
= $51,000
Calculate Effective Gross Income (EGI) for the first year of operations:
Item
Amount
Potential gross income (PGI)
$340,000
Less: V&C allowance (at 15% of PGI)
($51,000)
Effective Gross Income ( EGI )
$289,000
Hence the EGI is $289,000
Answer:
Cost of each bottle of water is $7.
Explanation:
This is the case for economies of scale. When Charles produce 1 bottle of water, it costs him $1 per bottle, when 8 bottles are produced it costs him $7. The cost per bottle of water reduces as units increases.
