Mark Willis

GeoGebra Apps for A-Level Mechanics including FM
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Mark Willis
Modelling oblique collisions using a matrix.
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Mark Willis
Work done against gravity.
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Mark Willis
Work done against gravity and friction moving up a slope.
Activity
Mark Willis
Work done against gravity and friction moving up a slope.
Activity
Mark Willis
The intsesection of three planes.
Activity
Mark Willis
GeoGebra Apps for A-Level Further Pure Mathematics
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Mark Willis
Modelling a bungee jump with a 2nd order differential equation.
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Mark Willis
Solution of a 1st order differential equation with slope field.
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Mark Willis
GeoGebra Apps for A-Level Pure Mathematics
Book
Mark Willis
Kinematics variable acceleration with a piecewise function
Activity
Mark Willis
Resolving a two pulley system.
Activity
Mark Willis
Transformations of 1/x to obtain a bilinear function
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Mark Willis
Variable acceleration introduction.
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Mark Willis
The domain of the graph for a surface.
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Mark Willis
The tangent plane and normal line to a surface 01.
Activity
Mark Willis
The geometrical meaning of partial derivatives.
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Mark Willis
Tangent planes and normals to a point introduction.
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Mark Willis
The tangent plane and normal line to a surface 02.
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Mark Willis
Sketching contour curves of a function of two variables 01.
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Mark Willis
Sketching contour curves of a function of two variables 02.
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Mark Willis
Finding stationary points of surfaces 02.
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Mark Willis
Finding stationary points of surfaces 01
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Mark Willis
Oblique impact GeoGebra apps
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Mark Willis

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