The clearing house settle the accounts by hiring an accountant to do the work.
Answer:
In simple words, The stuffdot recently undergone several measures to render it app friendlier. Both systems, whether browsers or Android or iOs, have the same functionality introduced through stuffdot. The app will now utilise stuffdot wherever, every time.
We also now introduced additional categories of apps such as store page, browse stores, and offers on dotting as well as incentive status that are categorised into lifelong, uncollected, and existing incentives. Thus all these additional versions made this same stuffdot user-friendlier.
Answer:
is the addition to total output due to the addition of the last unit of an input, holding all other inputs constant.
Explanation:
The marginal product of an input is the change in total output as a result of the change in output by 1 unit
For example, the table below is the total product of labour
amount of labour output
1 10
2 20
3 40
the marginal product of the 3rd worker = (40 - 20) / (3 - 2) = 20
marginal product of the second worker = (20 - 10) / (2 -1 ) = 10
Average output = total output / labour
Answer:
$15.43
Explanation:
Following actions are required for triangular arbitrage:
Available: $ 10,000
Buy sterling pound @ 1 $ = 1.62 pounds and receive pounds 6172.84 upon conversion.
Now, sell these pounds and purchase NZ $ at the rate :
1 pound = NZ $ 2.95 and receive NZ$ 18209.87
Now, reconvert the above proceeds into US $ at the rate
1 NZ $ = $0.55 i.e sell NZ $ at this rate and receive US $ 10,015.4285
Hence profit from implementing triangular arbitrage is $10,015.43 - $10,000
= $15.43
Arbitrage refers to the prospect of earning a profit by utilizing the mispricing in two different financial markets. An arbitrageur never uses his own funds and always borrows.
Arbitrage works only in the scenario wherein the interest rate purchase parity (IRPT) does not hold good.
The strategy of arbitrage is best explained as "Buy at low price and sell at a high price".
Answer:
False.
Explanation:
The concept of "Nash equilibrium" is been by economist and also by "gamers" in game theory. Nash equilibrium is so good for making decisions and the determination of strategies.
In playing this game, the players or participants can use the pure strategy or the mixed strategy. The mixed strategy is the use of different strategies randomly.
"If a player chooses a mixed strategy in a Nash equilibrium, this implies that the payoff from using that mixed strategy is the same as the payoff from using any of the pure strategies in it".
The statement given above is FALSE because the PAYOFF WILL INCREASE IF WE ARE TO PLAY A MIXED STRATEGY.
For instance if we have a head of 1 and -1, and a tail of -1 and 1, the payoff for pure strategy is likely one or minus one but for a mixed strategy it could be zero.
