The supply curve in the question is Qa = 3P2– 12 while the demand curve is Qx = 24 – P2.
<h3>a. How to ascertain the supply curve</h3>
To know the supply curve we have to be able to make a distinction of the direction of the signs used in the functions.
Supply curves are known to be positive because they are an increasing function that is due to prices. For demand function they are negative because they are a decreasing function.
In 3P2 – 12. the coefficient is positive when we take the first derivative. This gives us 6p= +6
For the demand curve, when we do this we would have -2p. that is -2 hence this is the demand curve.
2. Equilibrium.
At equilibrium we have Qa = Qd
hence 3P² – 12p= 24 – P²
From here we are to take like terms
3P² – 12p= 24 – P²
3P² + P² - 12p - 24 = 0
4p² - 12p - 24 = 0
The solution to the quadratic equation using the quadratic equation calculator is x=4.37228 and x=−1.37228
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Answer:
a. True
Explanation:
When an asset is purchased with Cash, the entries are debit to fixed assets and credit to cash. Depreciation is not recognized until the asset has been put to use.
To determine net income, depreciation and amortization expenses are deducted as expenses from the revenue.
Hence in the determination of Cash flows from operating expenses, such non-cash items that were deducted will be added back.
Answer:
The yield today for 2-year Treasury securities is 4.27%
Explanation:
In order to calculate the yield today for 2-year Treasury securities we would have to calculate the following formula:
2-year treasury yield = [(1 + 1-yr treasury yield) * (1 + 1-yr treasury yield, 1 year from now)]1/2 - 1
= [(1 + 0.0415) * (1 + 0.044)]∧1/2 - 1
= [1.0873]∧0.5 - 1
= 1.0427 - 1 = 0.0427, or 4.27%
The yield today for 2-year Treasury securities is 4.27%
Answer:
$30,174.74
Explanation:
The computation of present value is shown below:-
Future value = Present value × (1 + Rate of interest ÷ 1200)^12 × time period
$43,011 = Present value × (1 + 7.11 ÷ (12 × 100)^(12 × 5)
$43,011 = Present value × (1 + 7.11 ÷ 1,200)^60
$43,011 = Present value × (1 + 0.005925
)^60
Present value = $43,011 ÷ (1 + 0.005925
)^60
= $43,011 ÷ (1.005925
)^60
= $43,011 ÷ 1.425397857
= $30,174.73317
or
= $30,174.74
Therefore for computing the present value we simply applied the above formula.
We also attached the spreadsheet for better understanding
In compounded monthly, the interest rate is divided by 12 months and the time period is multiplied by 12 months and the same is to be considered
Answer:
a. The amounts that are included in Ralph's gross income this year if a tenant signs lease 1 on December 1 and makes timely payments under that lease
= $8,640
b. The amounts that are included in Ralph's gross income this year if the tenant signs lease 2 on December 31 and makes timely payments under that lease:
= $7,920
c. The amounts that are included in Ralph's gross income this year if the tenant signs lease 3 on November 30 and makes timely payments under that lease:
= $10,080
Explanation:
a) Data and Calculations:
Leases: Lease Payments Security Remarks
Deposit
Lease 1 Monthly rent = $720 $720 Refundable at the lease end
Lease 2 Yearly rent = $7,920 None None
Lease 3 Monthly rent = $720 $1,440 Non-refundable; last months' rent
1) The amounts that are included in Ralph's gross income this year if a tenant signs lease 1 on December 1 and makes timely payments under that lease
= $720 * 12 = $8,640
2) The amounts that are included in Ralph's gross income this year if the tenant signs lease 2 on December 31 and makes timely payments under that lease:
= $7,920
3) The amounts that are included in Ralph's gross income this year if the tenant signs lease 3 on November 30 and makes timely payments under that lease:
= ($720 * 12) + $1,440
= $8,640 + $1,440
= $10,080
b) Since Ralph is a cash-method taxpayer, the amounts of lease rents that are included in his gross income equal the total amounts received in the calendar-year.
