Question
In: Mechanical Engineering
A soft-drink bottler purchases nonreturnable glass bottles from a supplier. The lower specification on bursting strength...
A soft-drink bottler purchases nonreturnable glass bottles from a supplier. The lower specification on bursting strength in the bottles is 225 psi. The bottler wishes to use variables sampling to sentence the lots and has decided to use an AQL of 1.5%. Find an appropriate set of normal and tightened sampling plans from the standard. Suppose that a lot is submitted, and the sample results yield ???= 250 and s = 10. Determine the disposition of the lot using Procedure The lot size is N = 150,000.
Solutions
samet mamat answered 1 year agoRelated Solutions
Two machines are used for filling glass bottles with a soft-drink beverage. The filling processes have...
Two machines are used for filling glass bottles with a
soft-drink beverage. The filling processes have known standard
deviations of 0.010 liter and 0.015 liter, respectively. A random
sample of n1 = 25 bottles from machine 1 and n2 =
20 bottles from machine 2 results in average net contents of = 2.04
liters and = 2.07 liters.
Test the hypothesis that both machines fill to the same net
contents. What are your conclusions?
PLEASE USE MINITAB
Two machines are used for filling glass bottles with a soft-drink beverage. The filling processes have...
Two machines are used for filling glass bottles with a
soft-drink beverage. The filling processes have known standard
deviations s1=0.010 liter and s2=0.015 liter, respectively. A
random sample of n1=25 bottles from machine 1 and n2=20 bottles
from machine 2 results in average net contents of x1=2.04 liters
and x2=2.07 liters.
(a) Test the hypothesis that both machines fill to the same net
contents, using alpha=.05. What are your conclusions?
(b) Find the P-value for this test.
(c) Construct a...
The NEPA Bottling Company, which provides glass bottles to soft drink manufacturers, provided the information regarding...
The NEPA Bottling Company, which provides glass bottles
to soft drink manufacturers, provided the information regarding the
number of cases per shipment, size of cartons, and the
corresponding transportation cost:
Number of Cases/Shipment
(hundreds)
15
22
35
43
58
65
73
82
85
98
Size of Carton
(cubic inches)
12
16
20
24
28
32
36
40
44
48
Transportation Costs
(dollars)
200
260
310
360
420
480
540
630
710
730
The marketing manager is interested in studying the...
PLEASE BE VERY SPECIFIC WITH EACH STEP A soft drink bottler is analyzing the vending machine...
PLEASE BE VERY SPECIFIC WITH EACH STEP
A soft drink bottler is analyzing the vending machine service
routes in his distribution system. He is interested in predicting
the amount of time required by the route driver to service the
vending machines in an outlet. The industrial engineer responsible
for the study has suggested that the two most important variables
affecting the delivery time (Y) are the number of cases of
product stocked (X1) and the distance walked by
the route...
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of
2.0
liters
and a standard deviation of
0.05
liter. Suppose you select a random sample of
25
bottles.
a. What is the probability that the sample mean will be
between
1.99
and
2.0
liters?
b. What is the probability that the sample mean will be
below
1.98
liters?
c. What is the probability that the sample mean will be greater
than
2.01
liters?
d....
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of
2.0 liters and a standard deviation of 0.05 liter. Suppose you
select a random sample of 25 bottles.
a. What is the probability that the sample mean will be between
1.99 and 2.0 liters?
b. What is the probability that the sample mean will be below
1.98 liters?
c. What is the probability that the sample mean will be greater
than 2.01 liters?
d....
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of 2.0 liters and a standard deviation of
0.07 liter. Suppose you select a random sample of 25 bottles.
a. What is the probability that the sample mean will be below
1.98 liters?
b. What is the probability that the sample mean will be greater
than 2.01 liters?
c. The probability is 99% that the sample mean amount of soft
drink will be at least...
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of 2.0 liters and a standard deviation of
0.04 liter. Suppose you select a random sample of 25 bottles.
a. What is the probability that the sample mean will be between
1.99 and 2.0 liters ?
b. What is the probability that the sample mean will be below
1.98 liters ?
c. What is the probability that the sample mean will be greater
than 2.01...
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of 1.0 liter and a standard deviation of
0.06 liter. Suppose you select a random sample of 25
bottles.
a. What is the probability that the sample mean will be between
0.99 and1.0 liter?
b. What is the probability that the sample mean will be below
0.98 liter?
c. What is the probability that the sample mean will be greater
than 1.01 liters?
d. The...
The fill amount of bottles of a soft drink is normally distributed, with a mean of...
The fill amount of bottles of a soft drink is normally
distributed, with a mean of 2.0 liters and a standard deviation of
0.08 liter. Suppose you select a random sample of 25 bottles. a.
What is the probability that the sample mean will be between 1.99
and 2.0 liters? b. What is the probability that the sample mean
will be below 1.98 liters? c. What is the probability that the
sample mean will be greater than 2.01 liters? d....
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