| Nayland College Mathematics; More than just a school | |||||||||||||||
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Achievement Standard 3.2 Confidence Intervals is a 3 credit externally assessed topic
1 |
Distribution
of the sample total.
What is the distribution of the sample totals taken |
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2 |
Distribution
of the sample mean
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3 |
Parameters for means & totals
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4 |
Probabilities for a sample total T
Solve Normal Distribution problems when a sample of size 'n' is added to give a sample total 'T'. |
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5 |
Probabilities for a sample mean
Solve distribution problems when samples of size 'n' are taken from a population and then averaged to give a sample mean. |
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6 |
Mixed
problems
Solving mixed total and mean problems for samples of size 'n' taken from a population. |
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7 |
Confidence interval for a mean
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8 |
Practising calculating confidence intervals
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9 |
Calculating
sample size 'n'
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10 |
Confidence
intervals for the difference between two means.
How do we determine if the two populations are significantly different - or not? |
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11 |
Confidence intervals for a proportion
What does this represent? |
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12 |
Calculating sample size for a proportion
How do we calculate the required sample size for a confidence interval of a proportion given a certain margin of error and level of confidence? What is the margin of error for a confidence interval of a proportion? Confidence intervals review |
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13 |
Revision
| Links: POPES 3.2 Revision Sheets |
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14 |
Practice assessment AS 3.2 Confidence Intervals |