Answer:
B. Optimisation techniques.
Explanation:
You need this techniques because there's gonna be tons of data, and you need to filter, to follow a principal objective to focus in one point at the beginning. You need to optimize your processes.
Based on the given values above, it is said that there are 50,000 people who are unemployed and 250,000 are employed. This means that the total number of people basing on these numbers is 300,000. So we just have to divide 50,000 by 300,000 and we get 0.17. Therefore, the unemployment rate is 17%. Hope this helps.
Answer: The correct answers are "A. Accept" and "$ 0.01".
Explanation: Given that we talk about optimal strategy when maximizing the expected profit by the player:
In the first case It is convenient to accept the proposal and keep $ 0.12, instead of rejecting it and running out of nothing.
And in the second case it is convenient to give the classmate as little as possible so that he accepts and we have a greater profit.
Answer:
Gain recognized by Tom is $10000
So option (b) will be correct answer
Explanation :
We have given liability on bulding assumed by Paul Corp = $30,000
Tom's adjusted basis in the building = $20,000
Since the liability assumed by Paul Corp on the building is greater than Tom's adjusted basis, Tom must recognize gain equal to the difference between the liability on the building and his adjusted basis.
So gain recognized by Tom = $30,000 - $20,000 = $10,000
Answer:
Built-in gains tax is $13,020
.
Explanation:
The built-in gains tax is one levied against an S corporation that used to be a C corporation, or received assets from a C corporation.
Here,
Gain= $80,000
Loss= $10,000
Holds= $8,000
Income= $65,000
Corporate tax= 21%
To calculate the built-in gains tax, we will need to calculate the net gain of the corporation and multiply it by the tax rate.
= Built-in-gain - built-in-loss - unexpired NOL
80,000 - 10,000 - 8,000 = 62,000
Then
62,000 x 0.21 tax rate = 13,020
= 13,020
