Answer:
The correct answer is the option 3: if the price of corn rises because of increased demand for corn, land rents will rise to absorb most of the extra revenue received by tenant corn farmers.
Explanation:
To begin with, in David Ricardo's statment it is established that ''the rent is paid because the price of the corn is high'' therefore it is understandable that it is stated that <em><u>the price of the corn is not a cause of the rent but it is the opposite</u></em>, the price causes the rent due to the fact that <u><em>the rent is not a cost</em></u> that has to go within the price but the price goes first and then the rent happens. Therefore that if there it an increase in the population and that causes and<em> increase in the demand of the corn, then the price will rise and consequently the rent will rise</em> to in order to obtain the most of the extra revenue that it can.
Answer:
$600 loss
Explanation:
A call option is defined as a contract that exists between ba buyer and seller of a call option to exchange securities held at a particular price within a specific period.
To calculate the profit realised on the investment
Profit from call option= (150- 139) * 100
Profit from call option= $1,100
Profit from premium= 17 * 100
Profit from premium= $1,700
Profit on investment= Profit from call option - Profit from premium
Profit on investment = 1,100 - 1,700 = -$600
So there is a loss of $600
Answer:
this is a cost minimization problem, but it is missing some numbers, so I looked for similar questions (see attached PDF):
minimization equation = 20x₁ + 22x₂ + 18x₃ (costs per ton)
where:
x₁ = mine I
x₂ = mine II
x₃ = mine III
the constraints are:
4x₁ + 6x₂ + x₃ ≥ 54 (high grade ore)
4x₁ + 4x₂ + 6x₃ ≥ 65 (low grade ore)
x₁, x₂, x₃ ≤ 7 (only 7 days per week)
using solver, the optimal solution is
2x₁, 7x₂, and 5x₃
a. The number of days Mine I should operate = <u>2 days
</u>
b. The number of days Mine Il should operate = <u>7 days
</u>
c. The number of days Mine III should operate = <u>5 days
</u>
d. The total cost of the operation for next week = <u>$284,000</u>
Answer and Explanation:
The computation is shown below:
a. The labor rate variance is
= (standard rate - actual rate) × actual labor hours
= ($20 - $19.50) × 64,000
= $32,000 favorable
b. The labor efficiency variance is
= (standard hours - actual hours) × standard rate
= (62,500 - 64,000) × $20
= -$30,000 unfavorable
c. the total flexible budget variance is
= standard cost - actual cost
= ($1,250,000 - $1,248,000)
= $2,000 favorable
An important characteristic of the M1 money supply would be liquidity. The correct answer
between all the choices given is the first choice or letter A. I am hoping that
this answer has satisfied your query about and it will be able to help you, and
if you’d like, feel free to ask another question.