Poojamaske24

The package covers following Units in affordable price 1) Linear differential equation 2) Vector 3) Vector integration 4) Numerical solution of 1st order differential equations 5) Statistics and probability

The unit covers following points - Types of correlation: positive, negative, and zero correlations indicate relationships between variables. - Regression and linear regression analyze the relationship between dependent and independent variables. - Random variables represent outcomes of random events, with specific probability distributions. - The normal distribution is characterized by its bell-shaped curve and mean-variance properties. - The Poisson distribution models the number of event...

The unit covers following points - Introduction to numerical methods for solving ordinary differential equations (ODEs) using vectors - Explanation of Picard's method, an iterative approach for approximating solutions to initial value problems - Overview of Taylor's series expansion method, which provides a systematic way to approximate solutions near a given point - Introduction to Runge-Kutta methods, including Runga's method and the popular fourth-order Runge-Kutta method, for solving...

The unit covers following points - Introduction to vectors and their significance in mathematics and physics - Explanation of linear integral, involving the integration of vector fields along curves or paths - Discussion on surface integrals, focusing on the integration of vector fields over surfaces - Overview of volume integrals, used to calculate properties within three-dimensional regions - Introduction to Stokes' theorem, relating line integrals of vector fields to surface integrals ...

The unit covers following points - Introduction to vectors and their role in mathematics and physics - Explanation of curl as a measure of rotational behavior in vector fields - Discussion on directional derivatives, indicating how a function changes along a given direction - Overview of gradients, representing the rate of change of a scalar function in space - Application of vectors in solving numerical problems involving normal surfaces and vector fields - Illustrative examples and exer...

The unit covers following chapters in affordable price 1) Introduction 2) Water requirements 3) Design of canals 4) Analysis of gravity dams 5) Seepage failure analysis

The unit covers following points - Introduction to linear differential equations and their importance in various fields of mathematics and physics - Explanation of Cauchy's equations, fundamental in understanding the behavior of linear differential equations - Overview of legendary equations and their significance in solving specific types of linear differential equations - Application of linear differential equations to practical problems in engineering, physics, and other disciplines - I...

The unit covers following points - Introduction to linear differential equations and their significance in mathematics and engineering - Explanation of basic concepts such as order, linearity, and homogeneity - Overview of methods for solving first-order linear differential equations, including separation of variables and integrating factors - Discussion on solving higher-order linear differential equations using techniques like the method of undetermined coefficients and variation of param...

The unit covers following points - Introduction to canal design principles in irrigation engineering - Explanation of Blinks' theory for designing irrigation canals based on optimal velocity distribution - Overview of other theories in canal design such as Lacey's theory and Kennedy's theories - Discussion on the importance of proper canal design for efficient water distribution in agriculture - Considerations for designing canals with various shapes and sizes to meet specific irrigatio...

The unit covers following points - Introduction to canal design principles in irrigation engineering - Explanation of Lacey's theory for estimating flow velocity and discharge in canals - Overview of Kennedy's theories on canal design and efficiency - Definition of canals and their role in water distribution for agriculture - Types of canals: main canals, branch canals, distributaries, etc. - Design considerations for canals with different shapes: trapezoidal, triangular, rectangular, e...