MASH Bath: Question Bank

Calculating gradient and finding intercept from a geogebra graph.

No description given

Find the equation of a line given a point and a parallel or perpendicular line.

Interpreting a p-value given the hypothesis.  Common misconceptions. 

Setting up a formal hypothesis test in a variety of contexts.

Calculate 95% CI given, mean, sd and sample size.

Recoginising different forms of calculus notation.

Using geogebra to draw lines tangent to a curve and calculate their gradient.

Which graph matches which description?

Calculating probability from a given Venn diagram.  Includes complement, union, intersection.

Calculate distance given speed and time.

One number as a percentage of another.  Biology context. Includes standard form.
Realistic values.

Translating prefixes into orders of magnitude, e.g. kilo = 10^(3)

Stating orders of magnitude for real-world values, e.g. height of Everest, diameter of a atom.

Convert speeds from m/s to km/h

Convert numbers between 0 and 1 from standard form/scientific notation.

Convert numbers greater than 1 from standard form/scientific notation.

Convert numbers greater than 1 into standard form/scientific notation.

Convert numbers between 0 and 1 intro standard form/scientific notation.

Given speed and time, calculate distance.

Finding elements of a set. Requires knowledge of inequalities, notation for real, natural and integer and element of.

Finding element of a set, requires knowledge of inequality and notation for integer and real number.

Tests knowledge of union, intersection, subset, strict subset & element of

Notation for mean and standard deviation of population and sample.

Mean and median from a basic list of integers.

Statistical notation including mean, standard deviation, probability, correlation coefficient, chi-square and others.

Mean, median and mode from a grouped table. Context social science.

Reading values from a Venn diagram, required unison, intersection and complement.

Given speed and distance, find time. convert time units.

Given the total cost, insurance cost, and daily cost of hiring a bicycle, calculate the number of days the bicycle was hired for.