Normal distribution graphing calculator

    • [DOC File]UNIT 1: EQUATIONS, INEQUALITES, & REAL NUMBERS

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      I can identify properties of a normal distribution, determine probabilities associated with areas under the standard normal curve, calculate standard deviation values and z-scores using a graphing calculator and interpret their meaning, and use a graphing calculator or a standard normal probabilities table to determine probabilities or ...

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    • [DOC File]Ms. Rigano's Math Classes

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      Ch 2 - Practice with the graphing calculator Name: Use the graphing calculator to help you solve the following questions: 1) Graph and examine a situation where the mean score is 46 and the standard deviation is 8.5 for a normally distributed set of data.

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    • [PDF File]Activity overview: - Texas Instruments

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      Click HERE for Graphing Calculator Tutorials. Problem 1 – Characteristics of the t Distribution. Discuss with students that the t distribution is used when n is small (less than 30) and the population standard deviation is unknown. For a sample size of n, the number of degrees of freedom is n – 1.

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    • [DOC File]Probabilities for the Normal Distribution with the TI-83

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      If instead your data is a frequency distribution table, enter your data into two lists, say L1 for the values and L2 for the frequencies. If your data is grouped data, e.g. with class intervals, enter the midpoint of each class interval in L1 and the frequencies in L2.

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    • [DOC File]STP226 NAME:

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      a) Normal distribution curve with mean 16 and standard deviation 5 is wider than normal curve with mean 16 and standard deviation 3. True False b) If we compute 95 % and 90% confidence intervals for the mean final exam score of all Mat 117 students at ASU last semester then 90% confidence interval will be wider than 95% confidence interval.

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