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Use the results from a survey of a simple random sample of 10751075 adults. Among the 10751075 respondents, 62%62\% rated themselves as above average drivers. Wo want to test the claim that 1120\frac{11}{20} of adults rate themselves as above average drivers. Complete parts (a)(a) through (c)(c). a. Identify the actual number of respondents who rated themselves as above average drivers.\newline\newline(Round to the nearest whole number as needed.)

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Q. Use the results from a survey of a simple random sample of 10751075 adults. Among the 10751075 respondents, 62%62\% rated themselves as above average drivers. Wo want to test the claim that 1120\frac{11}{20} of adults rate themselves as above average drivers. Complete parts (a)(a) through (c)(c). a. Identify the actual number of respondents who rated themselves as above average drivers.\newline\newline(Round to the nearest whole number as needed.)
  1. Calculate Respondents: Calculate the number of respondents who rated themselves as above average drivers. Reasoning: We know 62extext%62 ext{ ext{\%}} of 10751075 respondents rated themselves as above average drivers. Calculation: 0.62imes1075=666.50.62 imes 1075 = 666.5
  2. Round Result: Round the result to the nearest whole number. Reasoning: We need to round 666.5666.5 to the nearest whole number. Calculation: 666.5666.5 rounds to 667667.

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