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CNBC (2018) Reported 58% of Households Are Using Streaming Services

Question 28

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CNBC (2018) reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500?


A) CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> = 0.42 and <em> CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> </em> = 0.0221< / p>
B) CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> = 0.0221 and <em> CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> </em> = 0.42< / p>
C) CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> = 0.58 and <em> CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> </em> = 0.0221< / p>
D) CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> = 0.7615 and <em> CNBC (2018)  reported 58% of households are using streaming services compared to standard cable. What are the expected value and the standard error of the sample proportion derived from a random sample of 500? A)    = 0.42 and <em>   </em> = 0.0221< / p> B)    = 0.0221 and <em>   </em> = 0.42< / p> C)    = 0.58 and <em>   </em> = 0.0221< / p> D)    = 0.7615 and <em>   </em> = 0.0341< / p> </em> = 0.0341< / p>

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