The compressive strength of samples of cement is normally distributed with a mean and standard deviation of 6000 kg/cm2 and 110 kg/cm2, respectively. What is the probability (to 4 decimal places) that...

The compressive strength of samples of cement is<br>normally distributed with a mean and standard<br>deviation of 6000 kg/cm2 and 110 kg/cm2,<br>respectively.<br>What is the probability (to 4 decimal places) that a<br>sample's strength is between 5800 and 6150 kg/cm2?<br>Answer =<br>

Extracted text: The compressive strength of samples of cement is normally distributed with a mean and standard deviation of 6000 kg/cm2 and 110 kg/cm2, respectively. What is the probability (to 4 decimal places) that a sample's strength is between 5800 and 6150 kg/cm2? Answer =

Jun 01, 2022

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The compressive strength of samples of cement is normally distributed with a mean and standard deviation of 6000 kg/cm2 and 110 kg/cm2, respectively. What is the probability (to 4 decimal places) that...

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