EXACT DIFFERENTIAL EQUATIONS
This video is helpful for Engineering maths students. Here, we discuss what are exact differential equations and learn various means and methods to solve them. 3 types of methods are well illustrated here.
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INVERSE DIFFERENTIAL OPERATOR
GRADUATE/ENGINEERING MATHS
How do you calculate the particular integral of linear differential equations?
Learn this and much more by watching this video. Here, we learn how the inverse differential operator is used to find the particular integral of trigonometric, exponential, polynomial and inverse hyperbolic functions. Problems are explained with the relevant formulae.
This is useful for graduate students and engineering students learning Mathematics. For more videos, visit my page
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#inverse differential operator
How to find the orthogonal trajectories of a curve
GRADUATE/ENGINEERING MATHS
PEDAL EQUATIONS (VTU)
Ist SEMESTER ENGINEERING MATH
This video teaches pedal equations, a part of engineering math, 1st semester, VTU syllabus. Different types of problems are explained explaining both the direct and indirect methods.
The video is explained in a simple, easy manner.
RADIUS OF CURVATURE (ENGINEERING MATH VTU)
Ist SEMESTER ENGINEERING MATH
In this video, we explain the concept of curvature and radius of curvature. The Cartesian and Polar forms are discussed to calculate radius of curvature.
This is useful for engineering math students  (VTU), 1st semester.The video is self explanatory
REDUCTION FORMULA VIDEO
INTEGRAL CALCULUS
This video introduces reduction formula, a very powerful method to find integrals of higher powers of sine and cosine. We also deduce the integrals of a product of powers of sine, cosine and the algebraic function.
This is useful for students of engineering maths and also students studying maths at the graduate level.
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Newton's law of cooling and LR circuits
Here, we discuss problems on Newton’s Law of Cooling and LR circuits. We derive Newton’s law and the linear differential equation for Kirchoff’s law. This video is tailored specifically for students preparing for Engineering Mathematics, 1stsemester, VTU syllabus. Questions from the previous year’s papers are explained in detail with solutions.
For more videos, subscribe to my channel
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for more videos.
Introducing videos on demand! Custom made videos on any math topic of your choice from classes 11 to the graduate level. Just drop a mail for your individual requirements.
NTH ORDER DERIVATIVE
LEBNITZ THEOREM
This video is useful for engineering students 1st semester. It illustrates the use of lebnitz theorem to calculate nth order derivative. The steps are explained in an easy manner.
In case you need any specific videos on any math subject, you can email me or write a comment.
ANGLE BETWEEN 2 CURVES
In this video, we learn how to calculate angle between 2 curves.The different types of methods are illustrated with relevant formulae.The problems are explained in a step by step manner. .This is useful for engineering students.
NTH ORDER DERIVATIVES IN EQUATIONS
ENGINEERING MATH
This video is a sequel to my earlier video on nth order derivatives. Here, we use nth order derivatives to prove identities. The video is explained in a structured manner.
Taylor series and Maclaurin's series
ENGINEERING MATH
This video is intended for students studying math at the graduate levels and the engineering level. I hope this video helps all of you to understand Taylor series and how Maclaurin's series is derived from Taylor series.Â
Please share this video if it could help others.
HOMOGENEOUS FUNCTIONS AND PARTIAL DERIVATIVES
ENGINEERING MATH
This video is designed to help students of engineering math and undergraduate math students. Here, the concept of homogeneous functions, Euler's Theorem and differential is explained through solved problems.
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HOW TO SOLVE INDETERMINATE LIMITS
ENGINEERING MATH
This video is designed for grade 12 math students, undergraduate math students and engineering math students. The video discusses solved problems on indeterminate form of limits. Different types of problems are discussed here. For further assistance, you can email me. Share this video if it was useful.
FINDING THE TANGENTIAL AND NORMAL COMPONENTS OF THE ACCELERATION VECTOR
ENGINEERING MATH
This video is designed for students learning undergraduate math and engineering math.
In this video, we learn how to calculate the velocity and acceleration vector at time t, how to calculate the components of the velocity and acceleration in the direction of a given vector. We also learn how to calculate the components of the the acceleration along the tangent and normal.
GRADIENT, DIVERGENCE AND CURL
ENGINEERING MATH
What is gradient, divergence and curl?
Why do we need it?
This is useful for students learning engineering maths and undergraduate maths students. Very often, students get confused between gradient and divergence. In this video, I have explained the difference between the two through solved examples. A few identities are also proved.
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