The degree of curvedness is used to determine the shape of a plane curve. Curvature is the measure of rate of change in of curvedness.
Simpson’s rules are very useful in numerical integration to evaluate such integrals. Here we will understand the concept of Simpson’s rule.
A differential equation of the form dy/dx + Py = Q is known as a linear differential equation or simply LDE.
If the change in one variable affects a change in other variable, then these two variables are said to be correlated.
If we get a square matrix from an identity or unit matrix by using any single elementary transformation is called elementary matrix.There are two types of echelon form of a matrix.
The t-distribution, which is also known as the student’s t-distribution, is the continuous probability distribution. It looks like a normal distribution.
Overview (sequence and series) A function f : N , where S is a non-empty set …
The regula-falsi method is the oldest method of finding the approximate numerical value of a real root of an equation f(x) = 0.
The degree of curvedness is used to determine the shape of a plane curve. Curvature is the measure of rate of change in of curvedness.
Simpson’s rules are very useful in numerical integration to evaluate such integrals. Here we will understand the concept of Simpson’s rule.
A differential equation of the form dy/dx + Py = Q is known as a linear differential equation or simply LDE.
If the change in one variable affects a change in other variable, then these two variables are said to be correlated.
If we get a square matrix from an identity or unit matrix by using any single elementary transformation is called elementary matrix.There are two types of echelon form of a matrix.
The t-distribution, which is also known as the student’s t-distribution, is the continuous probability distribution. It looks like a normal distribution.
Overview (sequence and series) A function f : N , where S is a non-empty set …
The regula-falsi method is the oldest method of finding the approximate numerical value of a real root of an equation f(x) = 0.
The degree of curvedness is used to determine the shape of a plane curve. Curvature is the measure of rate of change in of curvedness.
Simpson’s rules are very useful in numerical integration to evaluate such integrals. Here we will understand the concept of Simpson’s rule.
A differential equation of the form dy/dx + Py = Q is known as a linear differential equation or simply LDE.
If the change in one variable affects a change in other variable, then these two variables are said to be correlated.
Linear programming is the technique we use in mathematics to minimize or maximize a linear function when subjected to various constraints.
Linear programming problems having two variables can be easily solved by a graphical method which provides a pictorial representation of the solution and we get insights into the basic concept used in solve LPP.
The rule of L'Hospital's was given by Guillaume de l'Hôpital. The technique discussed in this method is used to evaluate indeterminate forms. suppose we have two functions f(x) and g(x) and both are zero at x = a, then the fraction f(a)/ g(a) is called the indeterminate form 0/0.
If we get a square matrix from an identity or unit matrix by using any single elementary transformation is called elementary matrix.There are two types of echelon form of a matrix.
Chinese remainder theorem- Once a Chinese riddle asks the following question- Is there a positive integer x such that when x is divided by 3 it yields a remainder 2, when x is divided by 5 it yields a remainder 4, and when x is divided by 7 it yields a remainder 6?
Sample space: Set of all possible outcomes of a random experiment is known as sample space and we denote it by S, and the
A function is said to be analytic function at a point z0 if f is differentiable not only at z0 but an every point of some neighborhoods at z0.
Moments are the statistical tools used to describe the characteristics of a distribution. moments are the arithmetic means of first, second, third and fourth.
The method of variation of parameters is the general method which we use to find out a particular solution of a differential equation by replacing the constants in the solution of the homogeneous differential equation by functions and evaluating these functions so that the original DE will be satisfied.