Bell Curved Education
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  • Home
  • 7 Maths
  • 8 Maths
  • 9 Maths
  • 10 Maths
  • Stage 1 Maths
  • Stage 2 General Maths

Statistical Models
Finding integral and non-integral probabilities
{TI-84 Plus CE}

Statistical Models
Bivariate Statistics
  • The statistical investigation process
  • Association between variables
  • The effects of outliers on correlation
  • Causality
  • Interpreting Pearson's correlation coefficient
  • Calculating linear regression {TI-84 Plus CE}
  • Interpreting values of linear regression
  • Residual plots {TI-84 Plus CE}
  • Calculating exponential regression {TI-84 Plus CE}
  • Interpreting values of exponential regression
  • ​Interpolation and extrapolation​
The Normal Distribution
  • Properties of the bell shape curve
  • Finding integral and non-integral probabilities {TI-84 Plus CE}
  • Finding quantiles {TI-84 Plus CE}​
If there is a symmetrical bell-curved relationship with a variable, then the mean and standard deviation can be used to calculate the probability that the variable will fall within a given parameter.

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