Mathematics

I am a Year 11 pupil. Explain why the tangent of 90 degrees is undefined in the style of a

I am a Year 11 pupil. Explain the shortest distance in a described surveying problem in th

I am a Year 11 pupil. Explain the exact values at 45 degrees, and at nought and 90 degrees

I am a Year 11 pupil. Explain solving a simple sine equation from the graph in the style o

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 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 the area of a described triangular plot in the style of a Ca

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 reading the probability of A or B from a Venn diagram in the

I am a Year 11 pupil. Explain the difference between P of A and B and P of A given B in th

I am a Year 11 pupil. Explain the probability of one of each colour in two draws 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 complement of an intersection in the style of a Cambridg

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 an ogive median set against the median of the raw data in th

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 when a scatter diagram is the right display to use in the st

I am a Year 11 pupil. Explain judging whether a drawn line of best fit is reasonable in th

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