Answer:
given statement is false
Explanation:
given data
active income = $210,000
portfolio income = $45,000
passive activity loss = $230,000
deduct passive activity loss = $230,000
solution
as per Topic Passive Activities
we know that Losses and Credits in IRS state here that Loss from passive activity is not allowed for current year
and here this loss will be carry forward to the next taxable year
as a similar rule is applicable to give credits from passive activities
so that given statement is false
Answer: Sole Proprietorship
Explanation: This is a form of a business organisation in which one person owns and controls the organisation. Also known as a sole trader, this is not a legal entity. There is no legal separation between the owner and the business itself. The person owns the business and is responsible for the debts incurred in the business. However this also means that the sole trader receives all the profits generated from the organisation.
Hector is thus the sole trader in this question. He will be personally liable for any debts incurred in the business, but he will also solely reap the benefits of the business, such as the profits earned. He can run the business under his own name, or create a fake name. But this will not separate his organisation from him.
Answer:
Tabletop exercise
Explanation:
Tabletop exercise -
It refers to the practice of any emergency situation , in order aware and inform people about any uninvited situation , is referred to as tabletop exercise .
The method is used for preparing people for any natural calamity like fire, earthquake , flood , cyclone etc.
It helps the people to save their lives during any unforeseen situation , so that people tries not to panic or stressed out .
This practice can be organised by the government or the NGO's .
Hence , from the given scenario of the question ,
The correct term is Tabletop exercise .
Answer:
Explanation:
The given expression is
We need to resolve this into partial fraction.
The form of the partial fraction decomposition is
...(1)
On comparing both sides, we get
...(2)
...(3)
Subtract (2) from (3), we get
Put A=3 in (1).
Put A=3 and B=4 in (1).
Therefore,
.
