Our Vedic Maths course offers 4 well-structured levels, guiding students from basics to advanced techniques.
LEVEL 1 ( Brainy Beginners)
- Multiplication by 11 and Multiples of 11
- Multiplication by 12 to 19
- Multiplication by 111
- Multiplication by 222 to 999
- Base method multiplication (Below base and Above base method)
- If the sum of units digits is 10 and rest place digits are same
- If the sum of tens place digits is 10 and ones place digits are same
- Multiplication by 9
- Multiplication by number ending with 9 ie. 19-99
- General Method (2D X 2D)
- Subtraction ( all from 9 last from 10)
- Vinculum
- Change units digit into a vinculum
- Subtraction using vinculum
- Addition Base method
- Subtraction Base method
- Addition using compliments
- Division by 9 , 8,11,12,99
- Division by number above base 100
- Division Base method ( above and Below base )
- Squares ( Base Method)
- Square of number ending with 5 and starting with 5
Level 2 ( Smart Solvers)
- Tables using Vinculum
- Mulitplication by number of 9’s
(a)Multiplier has equal of 9’s as multiplicand digits
(b)Multiplier has less number of 9’s as compared to digits of multiplicand
(c)Multiplier has more number of 9’s as compared to digits of multiplicand - 3 D X 3 D Multiplication
- 4 D X 4 D Multiplication
- Division general method (flag method)
- Squares by Duplex method
- Addition of squares
- Square roots of exact squares
- Cubes
- Cube roots of exact cubes
- Fourth power of 2 digit numbers
Level 3 ( Vedic Scholars)
- Addition and Subtraction (Fractions)
- Auxiliary fractions
(a)Denominator ending with 9
(b)Denominator ending with 8
(c)Denominator ending with 7
(d)Denominator ending with 6
(e)Denominator ending with 1 - Multiplication (3 Rows general method)
- Multiplication (3 Rows base method)
- Magic squares
- Multiplication (Algebraic expressions)
- Division ( Algebraic expressions)
- Divisibility Rules
- Approximations
- Calendar techniques
Level 4 (Vedic Math Geniuses)
- Pythagoras Theorem (proof)
- Triples
(a) Addition of triple
(b) Duble angle
(c) Finding triple of angle
(d) Subtraction of Triple
(e) Half angle - Coordinate geometry
(a) Equation of straight line passing through two point
(b) Equation for straight line making a required angle to a given line - Simple equation
- Factorisation