Differential Equations
... equation y′ = 2 x is y = x2 + c, where c is any arbitrary constant. Note that there are actually infinitely many particular solutions, such as y = x2 + 1, y = x2 − 7, or y = x2 + π, since any constant c may be chosen. • Geometrically, the differential equation y′ = 2 x says that at each point ( x, y ...
... equation y′ = 2 x is y = x2 + c, where c is any arbitrary constant. Note that there are actually infinitely many particular solutions, such as y = x2 + 1, y = x2 − 7, or y = x2 + π, since any constant c may be chosen. • Geometrically, the differential equation y′ = 2 x says that at each point ( x, y ...
Section 1.1 Section 1.1 Guided Notebook Section 1.1 Linear
... What are solutions to an equation? ...
... What are solutions to an equation? ...
Higher_Maths_Type.pps
... (x+2) is a factor Remember to since no remainder answer question Completing the square f(x) = ( ) ( ) ( ) Factorising cubic's polynomials ...
... (x+2) is a factor Remember to since no remainder answer question Completing the square f(x) = ( ) ( ) ( ) Factorising cubic's polynomials ...
