![]() Do the following for different values of parameters a, b and c: A - Use the tutorial on reflections of graphs in x-axis to explain the relationship between the graphs of f(x) and that of -f(x). ![]() Accurate reflections can be accomplished e.g. If (!(displaySubObject) || (pi.PropertyType.IsValueType || pi.PropertyType.Equals(typeof(string))))ĭisplayObject(pi.GetValue(myObject, null), displaySubObject, i. 2 - The four graphs displayed are those of functions f(x) ( blue ), - f(x) ( green ), f(- x) ( red ) and - f( - x) ( magenta ). Reflection in computer graphics is used to emulate reflective objects like mirrors and shiny surfaces. Var arrayInOneLine = elements.Count + "] = Įlse if (!al.Contains(mi.Name) & (mi.MemberType & ) != 0) ![]() If (null = o) return leafprefix + "null" The graph of the original function is termed as the pre image, and the newly obtained graph after taking the reflection, is known as its image. Another transformation that can be applied to a function is a reflection over the latexx/latex or latexy/latex-axis. In mathematics, reflection of a graph is a mathematical procedure in which a given graph of a function is reflected about a line of reflection known as axis of symmetry. Determine whether a function is even, odd, or neither from its graph. Var leafprefix = (string.IsNullOrWhiteSpace(name) ? name : name + " = ") Graph functions using reflections about the latexx/latex -axis and the latexy/latex -axis. A minimalist alternative, capable of displaying complex objects in a readable format: public static string Dump(object o, string name = "", int depth = 3)
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