VEDIC MATHS COURSE - ZERO TO HERO Roadmap

Explore subtraction fundamentals through the complement concept and match and mismatch ideas, and learn to solve problems without borrowing using vedic maths.

Learn a three-step method to subtract two-digit numbers from two-digit numbers, starting from the left, handling mismatch and match cases, and using complements for the lower digit.

Learn special case subtraction in Vedic maths, handling same numbers and match or mismatch conditions. Apply complements and one-step adjustments to obtain results like nine in the given examples.

Learn a vedic maths shortcut to subtract a four-digit number from another four-digit number using match and mismatch rules, one-step adjustments, and the complement method.

Master the line method for adding two-digit numbers, drop tens at sums of ten, and transfer line counts to the next column with step-by-step examples.

Add four-digit and five-digit numbers by starting from the bottom right, using carries when sums exceed 10, and tracking carries with lines to form the final total.

Master the addition of five-digit numbers using a step-by-step Vedic maths method. Add from the bottom right, draw lines for totals over ten, and propagate digits through each column.

Learn the basics of division in Vedic maths, defining divisor, dividend, quotient, and remainder through simple examples. Verify results by checking that dividend equals divisor times quotient plus remainder.

Discover the Nikhilam method for division using bases near powers of ten, with three columns, the divisor's complement, and strategies to handle digits up to four without memorizing tables.

Learn the Type-1 division method from Vedic maths, using base 100 for numbers near 100, computing complements, multiplying complements, and applying the killer method to simplify division.

Learn a type-2 division method for dividing a four-digit dividend by numbers near 100, using base 100, splitting the dividend, and applying the complement to obtain the quotient and remainder.

Learn type-3 division in Vedic maths using a thousand-base framework, splitting the dividend into two parts, applying complements to reach one thousand, and calculating quotients and remainders.

Defines square numbers as numbers multiplied by themselves and demonstrates 1×1 through 12×12 with concrete examples, and previews methods to find squares for two-digit and three-digit numbers.

Learn to square any two-digit number using a modified algebraic identity with digits a and b.

Learn how to square any three-digit number using the E b method, with examples like 102 and 600, applying two-digit-by-two steps, carries, and final results.

Learn the base method for squaring numbers, using deficit and surplus concepts for single digit, two digit, and three digit numbers near bases like ten, hundred, and thousand.

Learn to find the square of a single-digit number using the base ten method, leveraging deficit and deficit square to form a two-digit result, as shown with 8 and 9.

Master the surplus method to square two-digit numbers above the base ten by finding the surplus, computing number plus surplus, and using surplus squared (carry) to obtain the final result.

Learn the base method to square two-digit numbers near 100, using deficit from base 100, to compute squares like 97^2 = 9409 and 96^2 = 9216.

Learn to square three-digit numbers using the base method for surplus cases, with base 100, subtract base, apply number plus surplus, and combine with the surplus square.

Demonstrates the base method to square three-digit numbers using base 1000, calculates deficits, and applies the oblique sign to produce results such as 998^2 = 996004 and 995^2 = 990025.

Master squaring four-digit numbers using the base method with a 10,000 base, apply the deficit and its square, use oblique, and insert zeros to keep four-digit results.

Explore square roots as the inverse of squaring, use the radical symbol, verify with examples like 16 and 25, noting roots are ± but we use positive values.

Learn the concept of square roots in vedic maths using a paired-digit table, bring down pairs, and apply last-digit patterns with examples like 10, 25, and 28.

Learn a step-by-step Vedic method to compute square roots of 3-digit and 4-digit numbers, using digit pairing, the smaller-number rule, and verification with examples such as 529, 361, and 625.

Learn to find the square root of five-digit numbers using a two-digit grouping method, splitting the number and locating the first part between 10 and 20 to guide the root.

Learn a two-digit cube method from Vedic maths that uses a and b to compute n^3, with step-by-step substitution and carry handling, illustrated by 13^3, 21^3, and 56^3.

Learn to cube any three-digit number using a modified two-digit cube method, with the first two digits as e and the last as b, demonstrated on 102 and 909.

Demonstrate the cube root concept, its symbol, and how to find cube roots by factoring numbers like 125, 64, and 343 using the trial method.

Explore the cube root concept in Vedic maths, using a table of last-digit patterns to identify cube endings and build cube roots through worked examples.

Master cube roots of four-digit and five-digit numbers in Vedic maths using a three-digit right-to-left split, cube comparisons from one to ten, and the smaller-number rule.

Group the number into three-digit parts from the right, pick the first root digit by the cube-range between seven and eight, then use a table to find the remaining digits.

Solve linear equations in one variable quickly by spotting a common factor like x plus four or seven, using multiplication and equating the common part to zero for instant solutions.

Learn how to solve a special type of algebraic expression where (x+a)(x+b) equals (x+c)(x+d); if a×b equals c×d, set x to zero.

Master Type-3 algebraic expressions by equating equal numerators and adding denominators, then setting their sum to zero with practical x-values. Explore how this lesson fits into the Vedic maths course.