The correct answer for the question that is being presented above is this one: "d. Extension springs." Extension springs are fasteners that connect parts and are intended to resist pulling forces. They are designed to resist pulling forces. They are also known as <span>a </span>tension spring<span>, are helical wound coils, wrapped tightly together to create </span><span>tension.</span>
Jim is analyzing the <u>prospectus </u>through which he learns about the potential for profits, the risk involved, and the capital that is needed to become a shareholder of a company.
<h3>What is the significance of the prospectus?</h3>
It is crucial for an investor to get as a good deal of data as feasible approximately a funding earlier than placing your money into any company. One of the files provided through many businesses is the <u>prospectus. </u>
The prospectus presents you with data approximately the funding and allows you're making a knowledgeable choice as an investor.
Therefore, Jim is analyzing the <u>prospectus </u>through which he learns about the potential for profits, the risk involved, and the capital that is needed to become a shareholder of a company.
Learn more about <u>the prospectus:</u>
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Answer:
Explanation:
The current liability is that liability in which the obligation is arise for one year or less than one year.
So, the categorization is shown below:
a. A note payable for $100,000 due in 2 years. = It is not a current liability as it is due in 2 years that come under the long term liability
b. A 10-year mortgage payable of $300,000 payable in ten $30,000 annual payments. = Current liability for first annual payment only and rest is consider to be long term liability
c. Interest payable of $15,000 on the mortgage. = Current liability as it is arise within one year
d. Accounts payable of $60,000. = Current liability as it is arise within one year
The current liability is shown on the liabilities side of the balance sheet.
Answer:
d. 0.2
Explanation:
D = 500
R = 100
D*rr = R
500*rr = 100
rr = 100/500
= 0.2
Therefore, The required reserve ratio is a 0.2
