Find the angle of Triangle, Equilateral Triangle, Right Triangle, Quadrilaterals
In Geometry, every structure has particular dimensions like length of the side, angle etc. These dimensions create patterns and relationships which in fact gives us more information about a particular geometric figure. Let the geometric structure be any shape like a triangle or a quadrilateral, below are some of the rules shown.
Quadratic Functions Definition : The standard form of a quadratic function is f(x) = ax2+bx+c, where a = 0 and a, b, c are constants. The graph of a quadratic function is a U-shaped parabola. Whether the parabola opens upward or downward depends on the parameter ‘a’. The graphs below explain it!
Linear System -> A System of equations is a collection of equations which when solved, gives the solution. As the number of equations increase, the variables also increase and we have to find their solution. The graph of these equations is a straight line. The basic system of equation is an equation with two variables only.
A function ‘f’ is a relation between two sets which converts an input into an output. A function with Domain ‘x’ and Range ‘y’ is denoted by f: X-> Y.
Measurement for data is the most commonly used logic in our everyday life. To buy something in a grocery store, the number of items bought is counted or measured. In fact to even pay the bill, money is measured! So without proper measurement units, our everyday life would be almost impossible!
Area of Plane Shapes -> In Geometry, the dimensions such as length, width of any geometric structure gives us important information about the structure’s area, perimeter etc. This data and measurements are very useful in our daily life as it helps us calculate things like fencing for our back-yard, area of the space occupied etc.
In Trigonometry functions, angles and sides are widely used as they give rise to the Trigonometry functions. Based on the angles, there are 6 basic Trigonometric functions, out of which 3 are primary functions and the remaining three can be derived from the primary functions.
proportionality => Proportion is the equality shared between two ratios and when two separate ratios are equal to each other, they are said to be ‘in proportion’. Proportion is also the balance maintained between two sets of numbers divided with each other or two ratios.
Ratio is the comparison between two quantities which are similar and to compare they are divided by each other.
2 Dimensional Shapes – Geometry is the study of shapes and size. The structures are called 2-Dimensional shapes if they consist of only two dimensions and can be represented in x-y coordinate axis! The general dimensions for any 2-D geometric structure are the length and the width in the x and y direction.
Vectors: Any quantity can be described in 2 ways: a Scalar or Vector. ‘Scalar’ is a quantity which only has magnitude (number only). ‘Vector’ is a quantity which has both magnitude and direction (which way it’s heading towards).
