Biomathematics: Being the Principles of Mathematics for Students of Biological Science

abscissa amount angle arithmetic mean axis B₁ becomes C₁ calculated called calories cent Chauvenet's Criterion compound interest compound interest law concentration constant correlation corresponding cos² decimal deviation differential coefficient differential equation distance dx dx dy dx equal error example expression fibre Find the value formula function given gramme-molecule grammes graph Hence increase infant integral interval K₁ logarithms loge mathematical maximum mean measured method metres minimum moment of inertia muscle nomogram observed obtained ordinate origin partial fractions plotting pressure probability quantity radians radius reaction reaction velocity represents scale sec² Similarly sin² slope solution square square centimetres straight line surface T₁ T₂ tangent temperature theorem unimolecular unit V₁ variables velocity volume weight whence y₁