The answer to this question is that the contract is voidable. A voidable contract specificallt means that the contract can still be implemented or affirmed or rejected by one of the parties due to valid reasons. A situation where in a contract can be voidable is when the other party is not in the capacity to enter into a contract.
<span>Contingency tables are the most common way of showing both marginal and conditional distributions. Reading them is quite easy and intuitive, and often the graphical part of the analysis is left at that. Taking a step further, one can translate the table into a chart: it is advised to use a bar chart to effectively show the data</span>
<u>A)</u><u> Both Central Bank A and Central Bank B should </u><u>increase</u><u> the </u><u>quantity</u><u> of </u><u>money.</u>
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<h3><u>What is the Central Bank?</u></h3>
A financial institution with exclusive authority over the creation and distribution of money and credit for a country or a group of countries is known as the central bank. In contemporary economies, the central bank is typically in charge of monetary policy formulation and member bank regulation. Inherently non-market-based or even anti-competitive institutions are central banks. Many central banks, despite the fact that some have been nationalized, are not part of the government and are therefore frequently hailed as being politically independent. However, even though a central bank isn't technically the government's property, its rights are still created and safeguarded by the law.
Learn more about central banks with the help of the given link:
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Answer:
The price of 3 months call option on stock is 8.03.
Explanation:
Acording to the details we have the following:
P = Price of 3-months put option is $6
So = Current price is $95
X = Exrecise price is $95
r = Risk free interest rate is 9%
T = Time is 3 months=1/4
C=Price of call option?
Hence, to calculate what must be the price of a 3-month call option on C.A.L.L. stock at an exercise price of $95 if it is at the money, we have to use the formula from put-call parity.
C=P+So-<u> X </u>
(1+r)∧T
C=$6+$95- ( <u>$95 )</u>
(1+0.09)∧1/4
C=$6+$95-$92.97
C=8.03
The price of 3 months call option on stock is 8.03
Answer:
Annual depreciation (year 2)= $20,000
Explanation:
Giving the following information:
Purchase price= $115,000
Salvage value= $15,000
Useful life= 5 years
<u>To calculate the annual depreciation under the straight-line method, we need to use the following formula:</u>
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Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (115,000 - 15,000) / 5
Annual depreciation= $20,000
