HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
ON DIFFERENT SITUATIONS
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS UNKNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
VARIANCE IS KNOWN
HOW TO DETERMINE THE APPROPRIATE TOOL WHEN:
CENTRAL LIMIT THEOREM
First, when the population variance is known, the appropriate test statistic to use is the z-test.
First, when the population variance is known and you are dealing with a normally distributed population, the appropriate test statistic is using z-test. This test is appropriate when you have a large enough sample size.
REMEMBER:
The T-test is the appropriate tool to used when:
REMEMBER:
Z-test is the appropriate tool to used in central limit theorem when:
What is a t-test?
A t-test is a type of inferential statistic used to determine if there is a significant difference between the means of two groups, which may be related in certain features.
Z-test
T-test
So, that is all for our reporting today. On behalf of Group ATEEEEE...... My name is John and Thank you for listening.
A Report of Group ATEEEEE......
Hello! My name is John and I am standing here to report on how to use the appropriate statistic tool on different situations.
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......
A Report of Group ATEEEEE......