Mathematics

I am a Year 11 pupil. Explain solving a simple tangent equation from the graph in the styl

I am a Year 11 pupil. Explain a trigonometric equation that must be rearranged first in th

I am a Year 11 pupil. Explain finding a missing side with the sine rule in the style of a

I am a Year 11 pupil. Explain finding a missing side with the cosine rule in the style of

I am a Year 11 pupil. Explain deciding from the information given in a diagram in the styl

I am a Year 11 pupil. Explain adding across branches when several routes succeed in the st

I am a Year 11 pupil. Explain two draws with replacement shown on a tree diagram in the st

I am a Year 11 pupil. Explain the symbols for union, intersection and complement in the st

I am a Year 11 pupil. Explain the region lying outside all three sets in the style of a Ca

I am a Year 11 pupil. Explain a three-set survey problem solved with a Venn diagram in the

I am a Year 11 pupil. Explain a cumulative table for a described Nigerian survey in the st

I am a Year 11 pupil. Explain where a cumulative frequency curve should start in the style

I am a Year 11 pupil. Explain the interquartile range, and what it measures in the style o

I am a Year 11 pupil. Explain comparing two percentiles to describe spread in the style of

I am a Year 11 pupil. Explain when a scatter diagram is the right display to use in the st

I am a Year 11 pupil. Explain why correlation does not prove cause in the style of a Cambr

I am a Year 11 pupil. Explain how far to trust a prediction when correlation is weak in th

I am a Year 11 pupil. Explain a histogram built from a described Nigerian data set in the

I am a Year 11 pupil. Explain why the bar height is density and not frequency in the style

I am a Year 11 pupil. Explain estimating a frequency between two class boundaries in the s