The size of the sample that must be used is 264. The correct sample size is 264. Read below about how to arrive at the sample size.
<h3>What is the sample size that must be used?</h3>
p′ = x / n where x represents the number of successes and n represents the sample size. The variable p′ is the sample proportion and serves as the point estimate for the true population proportion.
Then, it follows that,
p= 30/10 x 88 = 264
Therefore, the correct answer is 264.
learn more about population proportion: brainly.com/question/4300488
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To accurately determine the financial performance of a company, it is necessary to compare its performance from <u>year to year</u>.
In order to accurately determine the financial performance of a company, financial statements are used in evaluating, which include the balance sheet, statement of cash flows, and the income statement.
Financial performance indicators are quite necessary as they are quantifiable metrics which are used to measure how well a company is doing. Some companies also hire an outside accounting firm to audit the financial statements.
Hence, it is necessary to compare the financial performance of a company from year to year.
To learn more about financial performance here:
brainly.com/question/17307055
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It would most likely it would be false
The answer is D. It reduced their risk when cotton prices were low.
Answer:
$130,000
Explanation:
Sarah is making use of the needs approach to determine how much life insurance to buy
The first step is to calculate the total amount of life insurance
Total amount of life insurance = Total needs - total assets
Total need = income needs + cash needs + special needs
= $140,000 + $30,000 + $100,000
= $270,000
Total assets= retirement plan + bank account + investment account
= $30,000 + $20,000 + $40,000
= $90,000
Total amount of life insurance = $270,000-$90,000
= $180,000
Since Sarah is covered by $50,000 group insurance by her employer then the additional life insurance that should be purchased can be calculated as follows
= $180,000 - $50,000
= $130,000
