BFW Publishers Large Counts Condition: eggs from Farm A and 250 eggs from Farm B. The random condition is not met. Calculate the number of successes and failures in each sample. Enter these 4 values in the box below. Put a comma between each value. The order you enter them does not matter. DO: Counts: - (Enter 3 decimal places) (Enter 3 decimal places) Pc= (Round to 3 decimal places) z=> (Round to 2 decimal places) P-value= (Enter at least 4 decimal places) CONCLUDE: (Enter 4 integers) A proportion of Because the P-value a = 0.05, we He. There convincing evidence that the eggs that break during packaging at Farm A the proportion of eggs that break during packaging at Farm B. MacBook Air BFW Publishers Ingrid manages two large chicken farms. She would like to know if there is reason to believe that the proportion of eggs that break in the packaging process differs for Farm A and Farm B. Ingrid selects a random sample of 200 eggs from Farm A and finds that 25.5% of them are broken. Ingrid also selects a random sample of 250 eggs from Farm B and finds that 17.6% of them are broken. Is there convincing evidence at the a=0.05 level that the proportion of all eggs that break during packaging at Farm A differs from that of Farm B? STATE: Ho: Ha: where =the of all eggs that break during packaging at Farm A and of all eggs that break during packaging at Farm B. =the The evidence for H, is PLAN: Drag each statement from the answer bank to the appropriate box. True Statements False Statements Answer Bank Name of test: One-sample z test for p Name of test: One-sample z lest for Name of test Two-sample z interval for p-p Name of test: Two-sample z test for p-p The eggs are randomly assigned to either Farm A or Farm B. к These are independent random samples of 200 eggs from Farm A and 250 eggs from Farm B. Large Counts Condition: The random condition is not met.

Glencoe Algebra 1, Student Edition, 9780079039897, 0079039898, 2018
18th Edition
ISBN:9780079039897
Author:Carter
Publisher:Carter
Chapter10: Statistics
Section10.6: Summarizing Categorical Data
Problem 10CYU
Question
please answer all parts
BFW Publishers
Large Counts Condition:
eggs from Farm A and 250 eggs from Farm B.
The random condition is not met.
Calculate the number of successes and failures in each sample. Enter these 4 values in the box below. Put a comma between
each value. The order you enter them does not matter.
DO:
Counts:
-
(Enter 3 decimal places)
(Enter 3 decimal places)
Pc=
(Round to 3 decimal places)
z=>
(Round to 2 decimal places)
P-value=
(Enter at least 4 decimal places)
CONCLUDE:
(Enter 4 integers)
A
proportion of
Because the P-value
a = 0.05, we
He. There
convincing evidence that the
eggs that break during packaging at Farm A
the proportion of
eggs that break during packaging at Farm B.
MacBook Air
Transcribed Image Text:BFW Publishers Large Counts Condition: eggs from Farm A and 250 eggs from Farm B. The random condition is not met. Calculate the number of successes and failures in each sample. Enter these 4 values in the box below. Put a comma between each value. The order you enter them does not matter. DO: Counts: - (Enter 3 decimal places) (Enter 3 decimal places) Pc= (Round to 3 decimal places) z=> (Round to 2 decimal places) P-value= (Enter at least 4 decimal places) CONCLUDE: (Enter 4 integers) A proportion of Because the P-value a = 0.05, we He. There convincing evidence that the eggs that break during packaging at Farm A the proportion of eggs that break during packaging at Farm B. MacBook Air
BFW Publishers
Ingrid manages two large chicken farms. She would like to know if there is reason to believe that the proportion of eggs that
break in the packaging process differs for Farm A and Farm B. Ingrid selects a random sample of 200 eggs from Farm A and
finds that 25.5% of them are broken. Ingrid also selects a random sample of 250 eggs from Farm B and finds that 17.6% of them
are broken.
Is there convincing evidence at the a=0.05 level that the proportion of all eggs that break during packaging at Farm A differs
from that of Farm B?
STATE:
Ho:
Ha:
where
=the
of all eggs that break during packaging at Farm A and
of all eggs that break during packaging at Farm B.
=the
The evidence for H, is
PLAN:
Drag each statement from the answer bank to the appropriate box.
True Statements
False Statements
Answer Bank
Name of test: One-sample z test for p
Name of test: One-sample z lest for
Name of test Two-sample z interval for p-p
Name of test: Two-sample z test for p-p
The eggs are randomly assigned to either Farm A or Farm B.
к
These are independent random samples of 200 eggs from Farm A and 250 eggs from Farm B.
Large Counts Condition:
The random condition is not met.
Transcribed Image Text:BFW Publishers Ingrid manages two large chicken farms. She would like to know if there is reason to believe that the proportion of eggs that break in the packaging process differs for Farm A and Farm B. Ingrid selects a random sample of 200 eggs from Farm A and finds that 25.5% of them are broken. Ingrid also selects a random sample of 250 eggs from Farm B and finds that 17.6% of them are broken. Is there convincing evidence at the a=0.05 level that the proportion of all eggs that break during packaging at Farm A differs from that of Farm B? STATE: Ho: Ha: where =the of all eggs that break during packaging at Farm A and of all eggs that break during packaging at Farm B. =the The evidence for H, is PLAN: Drag each statement from the answer bank to the appropriate box. True Statements False Statements Answer Bank Name of test: One-sample z test for p Name of test: One-sample z lest for Name of test Two-sample z interval for p-p Name of test: Two-sample z test for p-p The eggs are randomly assigned to either Farm A or Farm B. к These are independent random samples of 200 eggs from Farm A and 250 eggs from Farm B. Large Counts Condition: The random condition is not met.
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