6.
Three possibilities A , B or C with the probabilities P(A) , P(B) and P(C).
P(A) + P(B) +P(C). = 1
P(B) = 1 - ( 0.034 + 0.960 )
= 1 - 0.994
P(B) = 0.006
b) Overfill
P(C) = 0.034
Doesn't overfill
P(C not ) = 1 - 0.034
= 0.966
c) P( C or B ) = P(C) + P(B)
= 0.034 + 0.006
= 0.040
7.
Assuming we have the following options from
Case I : i) TRUE
ii)FALSE
=> 2 options
12 questions
=> 2 12
Case II : i) TRUE
ii)FALSE
iii) None
=> 3 options
12 questions
=> 3 12
6&7 6. It is common in many industrial areas to use a filling machine to fill...
6. It is common in many industrial areas to use a filling machine to fill boxes full of product. This occurs in the food industry as well as other areas in which the product is used in the home, for example, detergent. These machines are not perfect, and indeed they may A fill to specification, B, underfill, and C, overfill. Generally the practice of underfilling is that which one hopes to avoid. Let P(C) 0.034 while P(A) 0.960. (a) What...
It is common in many industrial areas to use a filling machine to fill boxes full of product. This occurs in the food industry as well as other areas in which the product is used in the home, for example, detergent. These machines are not perfect, and indeed they may A fill to specification, B, underfill, and C, overfill. Generally the practice of underfilling is that which one hopes to avoid. Let P(C) 0.034 while P(A)0.960. (a) What is the...
Can someone help me with these questions please Thank you 6. It is common in many industrial areas to use a filling machine to ill boxes full of product This occurs in the food industry as well as other areas in which the product is used in the home, for example, detergent. These machines are not perfect, and indeed they may A, fill to specification, B, underfill, and C, overfill. Generally the practice of underfilling is that which one hopes...