What you'll learnVector definition
Component of vector
How to add, subtract and multiply vectors?
Problem solving skills
RequirementsNo prior knowledge of vectors required.
basic trigonometry
DescriptionPhysics deals with a great many quantities that have both size and direction, and it needs a special mathematical language—the language of vectors—to describe those quantities. This language is also used in engineering and the other sciences. In this course you will learn followingDefinition of vectors: Why vector has direction?Vector notationsCondition for equal vectorsTypes of vectorFree vector. Sliding Vector, Bound vectorVector algebraGraphical methodAdding/ subtracting vectors using triangle lawAdding/ subtracting vectors using parallelogram lawAdding/ subtracting vectors using polgon lawLimitation Of graphical methodAnalytical MethodAdding/ subtracting vectors using cosine law.Limitation of cosine law. What is component of a vector?[Resolving a vector]Writing vector in a component formFinding magnitude and direction of vector given in component form.Component method to find resultantUnit vectors and Vector in three dimension.Multiplication of vectors.Scalar multiplied to a vectorScalar product or Dot productApplication of Dot productTo find angle between two vectorsTo prove vectors are perpendicular to each otherTo find component of a vectorCross productApplication of cross productTo prove vectors are parallelTo find areaWe will discuss many problems for better comprehension of the topic.
OverviewSection 1: Introduction
Lecture 1 Introduction
Section 2: Definition Of Vector
Lecture 2 Vector Definition
Section 3: Vector Algebra
Lecture 3 Graphical Method
Lecture 4 Law Of Triangle
Lecture 5 Law Of Parallelogram
Lecture 6 Problem Discussion[Triangle Law or Parallelogram Law]
Lecture 7 Law Of Polygon
Lecture 8 Subtraction
Lecture 9 Limitation Of Graphical Method
Lecture 10 Problem Discussion
Section 4: Vector Algebra Continued....
Lecture 11 Analytical Method
Lecture 12 Cosine Law
Lecture 13 Subtraction Using Cosine Law
Lecture 14 Limitation Of Cosine Law
Lecture 15 Problem Discussion
Section 5: Further Vector Algebra
Lecture 16 Component of Vector: A Geometrical Construction
Lecture 17 Problem Discussion
Lecture 18 How To Find Component of A Vector?
Lecture 19 Further, How To Find Component Of A Vector?
Lecture 20 Problem Discussion
Lecture 21 Unit Vector
Lecture 22 Writing Vector In Componenet Form
Lecture 23 Problem Discussion: Component Form
Lecture 24 Component Form And Addition/Subtraction Of Vector
Lecture 25 How To Find Magnitude And Direction Of Vector From Component Of Vector?
Lecture 26 Problem Discussion: Component Form to Magnitude/Direction Form
Lecture 27 Vector in 3 Dimension
Lecture 28 Vector in 3 D: Component Form
Lecture 29 Vector in 3 D: Finding Magnitude From Component Form
Lecture 30 Vector in 3 D: Finding Direction From Component Form
Lecture 31 Vector in 3 D: Another Perspective
Lecture 32 Vector in 3 D: Results
Lecture 33 Component Method: Addition & Subtraction
Lecture 34 Problem Discussion: Component Method
Section 6: Multiplying Vectors
Lecture 35 Three Cases
Lecture 36 Case 1
Lecture 37 Problem Discussion: Case 1
Lecture 38 Case 2: Scalar Product
Lecture 39 Problem Discussion
Lecture 40 Application Of Dot Product
Lecture 41 Problem Discussion: Dot Product
Lecture 42 Case 3: Cross Product
Lecture 43 Application Of Cross Product
Lecture 44 Problem Discussion: Cross Product
class XI/XII,preparing for variuos competitive examinations in india(JEE/NEET),AP Physics
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