Playing With Mathematics

This channel is based on the subject of mathematics ,, teaching the descriptive and MCQ shortcut techniques by the help of which students can easily crack the exams and different competitive exams in less time.

Business email: [email protected]
Officially started on May 28 2020

Tutor = Sisir Dey
Editor = Sourya Dey

NO.OF SOLUTIONS AND LOCUS | Complex Numbers - Part - 2 || JEE / PSC / SSC | Playing With Mathematics
NO.OF SOLUTIONS AND LOCUS | Complex Numbers - Part - 2 || JEE / PSC / SSC | Playing With Mathematics
PROBLEMS ON NUMERICALS AND LPP || FOR MADRASA/SSC EXAMS | PLAYING WITH MATHEMATICS
PROBLEMS ON NUMERICALS AND LPP || FOR MADRASA/SSC EXAMS | PLAYING WITH MATHEMATICS
The derived set of the set {(x.y) : y = sin 1/x } is a subset of R^2 || IMPORTANT FOR PSC,SSC || PWM
The derived set of the set {(x.y) : y = sin 1/x } is a subset of R^2 || IMPORTANT FOR PSC,SSC || PWM
SCHOOL SERVICE (SLST,PSC )- PROBABILITY AND STATISTICS || 50 MCQ QUESTIONS DISCUSSION || PWM
SCHOOL SERVICE (SLST,PSC )- PROBABILITY AND STATISTICS || 50 MCQ QUESTIONS DISCUSSION || PWM
PARTICULAR INTEGRAL OF DIFFERENTIAL EQUATION || PART 2
PARTICULAR INTEGRAL OF DIFFERENTIAL EQUATION || PART 2
PARTICULAR INTEGRAL (P.I.) OF LINEAR DIFFERENTIAL EQUATION (PART - 1)
PARTICULAR INTEGRAL (P.I.) OF LINEAR DIFFERENTIAL EQUATION (PART - 1)
2D GEOMETRY || PART III || (SLST , PSC Mathematics )
2D GEOMETRY || PART III || (SLST , PSC Mathematics )
FIND : f(x) = lim n → ∞ [ lim t → 0 sin²n!⊼x / sin²n!⊼x + t² ]
FIND : f(x) = lim n → ∞ [ lim t → 0 sin²n!⊼x / sin²n!⊼x + t² ]
Find lim x tends to 0+ x/a[b/x] , where [x] denotes greatest integer function
Find lim x tends to 0+ x/a[b/x] , where [x] denotes greatest integer function
Linear Transformation and matrices (SLST ,PSC,) VECTOR SPACE || PART - 3 || PLAYING WITH MATHEMATICS
Linear Transformation and matrices (SLST ,PSC,) VECTOR SPACE || PART - 3 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) VECTOR SPACE || PART - 2 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) VECTOR SPACE || PART - 2 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) VECTOR SPACE || PART - 1 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) VECTOR SPACE || PART - 1 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) COMPLEX NUMBER || PART - 1 || PLAYING WITH MATHEMATICS
SCHOOL SERVICE EXAM (SLST , PSC ) COMPLEX NUMBER || PART - 1 || PLAYING WITH MATHEMATICS
DYNAMICS || ONE IMPORTANT PROBLEM DISCUSSION
DYNAMICS || ONE IMPORTANT PROBLEM DISCUSSION
2D GEOMETRY+VECTOR+3D GEOMETRY || SHORTCUT TIPS
2D GEOMETRY+VECTOR+3D GEOMETRY || SHORTCUT TIPS
Irrational numbers (Part - 2)
Irrational numbers (Part - 2)
Irrational numbers (Part 1) || PLAYING WITH MATHEMATICS
Irrational numbers (Part 1) || PLAYING WITH MATHEMATICS
Vector Algebra and 3D || TEST SERIES QUESTION PAPER DISCUSSION
Vector Algebra and 3D || TEST SERIES QUESTION PAPER DISCUSSION
Rational Numbers || PLAYING WITH MATHEMATICS
Rational Numbers || PLAYING WITH MATHEMATICS
3D Geometry | Solutions of test series 1| PLAYING WITH MATHEMATICS
3D Geometry | Solutions of test series 1| PLAYING WITH MATHEMATICS
LINEAR EQUATIONS OF 3 VARIABLES || PART 2
LINEAR EQUATIONS OF 3 VARIABLES || PART 2
LINEAR EQUATIONS 2D SOLUTIONS || PART 1 || PLAYING WITH MATHEMATICS
LINEAR EQUATIONS 2D SOLUTIONS || PART 1 || PLAYING WITH MATHEMATICS
80 MCQS on MAPPING OF FUNCTIONS || PART - 5 || PLAYING WITH MATHEMATICS
80 MCQS on MAPPING OF FUNCTIONS || PART - 5 || PLAYING WITH MATHEMATICS
MAPPING OF FUNCTIONS | Part 4 | PLAYING WITH MATHEMATICS | YouTube
MAPPING OF FUNCTIONS | Part 4 | PLAYING WITH MATHEMATICS | YouTube
80 MCQS on MAPPING OF FUNCTIONS || PART - 3 || PLAYING WITH MATHEMATICS
80 MCQS on MAPPING OF FUNCTIONS || PART - 3 || PLAYING WITH MATHEMATICS
Mapping of functions : PART 2 (NO. OF DIFFERENT TYPES OF MAPPING)
Mapping of functions : PART 2 (NO. OF DIFFERENT TYPES OF MAPPING)
MAPPING (SET THEORY) PART _ 1 DETAILED DISCUSSION
MAPPING (SET THEORY) PART _ 1 DETAILED DISCUSSION
SET THEORY PART-2 (DESCRIPTIVE QUESTIONS SHORTCUT METHODS)
SET THEORY PART-2 (DESCRIPTIVE QUESTIONS SHORTCUT METHODS)
SET THEORY PART 1 (SHORTCUT TECHNIQUES)
SET THEORY PART 1 (SHORTCUT TECHNIQUES)