In an Omani factory, a machine that produces "W-product" has been set so that the true average diameter of the "W-product" it produces is 0.602 in. If its diameter is within 0.04 in. of this target value, this is acceptable. Suppose, however, that the setting has changed during the course of production, so that the products have normally distributed diameters with mean value 0.601 in. and standard deviation 0.002 in. What percentage of the "W-product" produced will not be acceptable?
In an Omani factory, a machine that produces "W-product" has been set so that the true average diameter of the "W-product" it produces is 0.602 in. If its diameter is within 0.04 in. of this target value, this is acceptable. Suppose, however, that the setting has changed during the course of production, so that the products have normally distributed diameters with mean value 0.601 in. and standard deviation 0.002 in. What percentage of the "W-product" produced will not be acceptable?
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ISBN:9781305652224
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In an Omani factory, a machine that produces "W-product" has been set so that the true average
diameter of the "W-product" it produces is 0.602 in. If its diameter is within 0.04 in. of this
target value, this is acceptable. Suppose, however, that the setting has changed during the
course of production, so that the products have normally distributed diameters with mean value
0.601 in. and standard deviation 0.002 in. What percentage of the "W-product" produced will
not be acceptable?
The amount of time in hours that a computer functions before breaking down is a continuous
random variable with probability density function:
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