Interpret data given in the form of a bar chart then create a new bar chart showing the given statistics.
Test your understanding of averages with this self marking quiz about mean, median and range.
An exercise on reading and drawing box-and-whisker diagrams which represent statistical data.
Make sense of and determine the reasonableness of the mean and median of a data set by looking at the values.
This is a game for two players. You should know how to find the mean, median and range of a set of numbers.
Crack the code by replacing the encrypted letters in the given text. There are lots of hints provided about code breaking techniques.
A slide presentation showing techniques for cracking simple codes and ciphers.
Would you recognise a misleading graph if you saw one? Try this comparative judgement exercise to rate statistical graphs.
Online exercises on cumulative frequency for discrete and grouped data with exam-style questions.
Practise the skill of estimating the correlation of data on a scatter graph in this self marking exercise.
Pupils move to positions in the room according to their data relative to the walls as axes.
Find the medians of sets of different types of numbers in these self-marking exercises.
A customised online calculator for quickly finding areas under the normal distribution curve.
Just by looking at the scatter graphs can you decide which is the odd one out according to their summary statistics?
Show that you can make sense of data displayed as pictograms and create some pictograms of your own.
Develop the skills to construct and interpret pie charts in this self-marking set of exercises.
A simulation of a Quincunx (Galton Board) which can be used to create the bell shaped curve of the normal distribution.
Plot scatter graphs from data representing a number of different everyday situations.
Answer real-life problems from different types of graphs and charts including piece-wise linear graphs.
Find how 'spread out' data is by estimating and calculating this measure of dispersion.
Arrange the numbers one to nine in a three by three grid to obtain the given means, medians and ranges.
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