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Statistics with the TI-84

Measures of Center, Dispersion, and Relative Position

Using a TI-84 to Calculate the Mean and Standard Deviation of a Data Set (Sample)

 

Using a TI-84 to Calculate the Mean and Standard Deviation of a Frequency Distribution

 

Using the TI-84 for the Mean and Standard Deviation of a Grouped Frequency Distribution

 

measure

Classical Probabilty

Probability Using Combinations by Hand and Using the TI-84

classical

Discrete Probabilty

Find the Expected Value of a Game Using the TI-84 Calculator

Finding Binomial Probabilities Using the TI-84

discrete

Continuous Probabilty

Finding the Area Under a Standard Normal Curve Using the TI-84

Using the TI-84 to Find Normal Probability

Finding z-scores Given an Area Using the TI-84

Finding z-scores Given a Percentile Using the TI-84 

Finding an x-Value Corresponding to a z-Score Using the TI-84

Finding a Data Value Given a Percentile Using the TI-84

Using the Central Limit Theorem to Find Probabilities with the TI-84

continuous

Confidence Intervals

Using the TI-84 to Find a Confidence Interval for a Population Mean (ZInterval and TInterval)

Using the TI-84 to Find a Confidence Interval for a Population Proportion (1-PropZInt)

confidence

Hypothesis Testing-One Sample

Hypothesis Testing for a Mean Using a TI-84 (ZTest and TTest)

Hypothesis Testing for a Population Proportion in The TI-84 (1-PropZTest)

one samp

Hypothesis Testing-Two Samples

Hypothesis Testing for Two Independent Means Using a TI-84 (2-SampZTest and 2-SampTTest)

Hypothesis Testing for the Difference Between Two Dependent Means Using the TI-84 (T-Test)

Hypothesis Testing for the Difference Between Two Proportions Using the TI-84 (2-SampZTest)

two samp

Linear Correlation and Regression

Finding the Correlation Coefficient and the Equation of the Best Fit Line Using the TI-84 (LinReg)

Hypothesis Testing for a Population Correlation Coefficient Using the TI-84 (LinRegTTest)

correlation

© 2014 by Ashley Godbold. 

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