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A Financial Analyst Maintains That the Risk, Measured by the Variance

Question 60

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A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) 2. Data on 20 stocks from emerging markets revealed the following sample results: A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 = 12.1% and s2 = 361(%) 2. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim?


A) A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 ≤ 280, A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 > 280
B) A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 = 280, A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 ≠ 280
C) A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 ≥ 280, A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 < 280
D) A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 < 280, A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 : A financial analyst maintains that the risk, measured by the variance, of investing in emerging markets is more than 280(%) <sup>2</sup>. Data on 20 stocks from emerging markets revealed the following sample results: = 12.1% and s<sup>2 </sup>= 361(%) <sup>2</sup>. Assume that the returns are normally distributed. Which of the following are appropriate hypotheses to test the analyst's claim? A) : ≤ 280, : > 280 B) : = 280, : ≠ 280 C) : ≥ 280, : < 280 D) : < 280, : ≥ 280 ≥ 280

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