A soft drink machine discharges an average of 325 ml per cup. The amount of drink is normally distributed with standard deviation of 25 ml. What fraction of cups will contain more than 364 ml? (Keep 4 decimals)
=P[Z>1.56]
=1-0.9406......................by using Z table or Excel command =NORMSDIST(1.56)
=0.0594
A soft drink machine discharges an average of 325 ml per cup. The amount of drink...
A soft-drink machine is regulated to discharge an average of 7 ounce per cup. The amount of drink is considered normally distributed with a standard deviation of 0.5 ounce. What is the probability that a cup chosen at random will contain 7. C2 7,8 a) between 6.5,andR2 ounce? b) exactly 7.0 ounce? c) less than 7.3 ounce? d) If the cups hold exactly 8 ounces, what is the probability that a cup will overflow? e) What should be cup's size...
5. A soft drink machine is programmed to dispense an average of 400 mL per small cup. Suppose n of the amount of drink dispensed is normally di deviation of 13 mL. a. What proportion of the filled small cups will contain less than 390mL? b. Whai proportion of the filed al cups conitain biwen and 3il?
7. A soft-drink machine is regulated to discharge an average of 7 ounce per cup. The amount of drink is considered normally distributed with a standard deviation of 0.5 ounce. What is the probability that a cup chosen at random will contain C2 7,8 a) between 6.5,andR2 ounce? b) exactly 7.0 ounce? c) less than 7.3 ounce? 7,4
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A soft drink machine is programmed to dispense an average of 400mL per small cup. Suppose the distribution of the amount of drink dispensed is normall distributed with a standard deviation of 13mL. Suppose a random sample of 100 filled small cups is obtained. a. What's the probability the average amount of soda dispensed in the 100 small cups is less than 390mL? b.What's the probability the average amount of soda dispensed in the 100 small cups is between 375mL...
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