Going out to buy things that she doesn't need in life<span />
Answer:
r= 3
Explanation:
Due that the level price does not changed, the first thing that you have to do to find the equilibrium is put the two equations with an equal
Money demand =Supply of money
2,200 – 200 r= 2,000
Now you have to find the value of r and you have to clear the formula and first you have to:
2,800- 2,200 = 200r
Now that you have the number together you have to apply the operation
600 = 200r
As the 200 is multiplying the r you have to pass the 200 to divided the 600
r= (600/200)
r= 3%
The interest rate is 3%
Answer:
The correct answer for option (a) is $1.15 and for option (b) is $1.33.
Explanation:
According to the scenario, the given data are as follows:
Present value (PV) = $1
Rate of interest (R) = 1.18% per month
Time period (for option a) (t1)= 12 months
Time period ( for option b) (t2)= 24 months
So, we can calculate the future value by using following formula:
FV = PV × ( 1 + R )^t
(a). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^12
= $1 × 1.1511610877
= $1.15
FV = PV × ( 1 + R )^t
(b). By putting value in the formula:
FV = $1 ( 1 + 0.0118)^24
= $1 × 1.32517184983
= $1.33
Answer:
If American produces the new compound, profit will increase by $88,000
Explanation:
increase in selling price = selling price of new variant of chemical - selling price of chemical compound
= $83 - $52
= $31
Net increase in profit = total increase in selling price - additional processing cost
= $31*8000 - $160000
= $248000 - $160000
= $88,000
Therefore, If American produces the new compound, profit will increase by $88,000.
net increase in profit =
Answer:
$170,000.00
Explanation:
The amount of $170,000.00 will still be recorded as the value of the building, before considering accumulated depreciation.
<em>Fair value</em> of $1,000,000.00 or <em>selling price</em> of $900,000.00 does not affect the original value of the building in the company's balance sheet.
