What is Vedic Mathematics? History, Benefits, Sutras
Vedic Mathematics is an Indian method of solving numerical problems. We can solve maths problems much faster and more accurately using the tricks of Vedic Mathematics.
A lot of people (kids and adults alike) in and outside of India are expressing more interest in learning Vedic Maths. However, very few people know and understand the true essence of Vedic Mathematics.
So, in this article, we are proving the A-Z guide to Vedic Maths for all the enthusiastic learners out there.
- What is Vedic Mathematics?
- History of Vedic Mathematics
- The Annual Survey of Education 2012
- Important Vedic Mathematics Sutras
- Difference Between Vedic Mathematics and Modern Maths
- Importance and features of Vedic Maths
- How does this Ancient Method of Mathematics work well?
What is Vedic Mathematics?
Vedic Mathematics is a collection of sutras or techniques that solves mathematical equations quickly and effectively. It is composed of 16 Sutras/Formulae, 13 Sub-sutras/Sub Formae, which can be used to solve problems in calculus.
History of Vedic Mathematics
This methodology of mathematics was reintroduced from the Vedas between 1911 and 1918 by Sri Bharati Krishna Tirthaji. He’s regarded as the father of Vedic Maths.
According to him, Vedic mathematics is founded on 16 Sutras or formulas. These equations are designed to represent how the mind naturally operates, and are thus intended to be of considerable assistance in pointing the learner to the suitable technique of solution.
The Annual Survey of Education 2012
According to the Annual Survey of Education 2012, conducted by Pratham, 46 percent of Standard 5 kids are unable to complete simple calculations like two-digit multiplications or subtractions.
This data is agreeing with the Programme for International Student Assessment (PISA), which placed India in the 73rd position out of 74 nations in the study of science, maths, and reading abilities.
Important Vedic Mathematics Sutras
As mentioned earlier, there are 16 formulas and 13 sub-formulas in Vedic Mathematics. Let’s first talk about the former.
[Implying “One plus the previous one”]
This Sutra is used if the sum of the unit digits of the two numbers equals 10.
Q: 33 x 37
The sum of the unit digits of both numbers (3+7) is 10. So, the sutra can be utilized here.
(first, digit x one more than the first) (Unit digit of 1st number x Unit digit of the 2nd number)
(3 x 4) (3 x 7)
Nikhilam Navatashcaramam Dashatah
[Implying “The last digit starts at 10 and the remainder begins at 9”]
It is generally used in the subtraction of a number from the powers of 10.
Q: 99910 – 2958 =?
[Implying “Vertically & crosswise”]
This sutra is used for multiplication and the formula is —
ab x cd = (ac) (ad + bc) (bd)
Q: 14 x 12
(1 x 1) ((1 x 2) + (4 x 1)) (4 x 2)
1 6 8
You got your answer. It’s 168.
[Implying “Transpose & adjust”]
This sutra is employed to solve division computations when the divisor is slightly greater than the closest power of 10.
This implies equating to 0 (sunya). This is applied in six cases.
[Implying “If one is in ratio then the other is zero”]
This technique is used to determine the product of two numbers that have the same base, such as 40, 40, etc (multiples of powers of 10).
[Implying “By addition & subtraction”]
That is, the coefficient of the first variable in equation 1 should be equal to the coefficient of the second variable in the second equation.
Similarly, the coefficient of the second variable in Equation 1 should be equal to the coefficient of the first variable in Equation 2.
If so, the two equations can then be added and subtracted to solve for variables.
[Equation 1] 2x + y=5
[Equation 2] x + 2y=1
Now add equations 1 and 2.
3x + 3y=6
(x + y)=2
X + y = 2[This is equation 3]
Now subtract Equation 2 from Equation 1
We get x -y =4
X – y = 4 [Equation 4]
On Solving equation 3&4 we get
[Implying “By the non-completion or completion”]
This sutra can be applied to solve addition equations when the unit digits of the numbers add up to 10.
Example: Let’s try 346 + 29 + 14 + 71
First, sort the numbers in order so the unit digits make 10.
(346 + 14) + (29 + 71)
360 + 100
[Implying “Sequential Motion”]
This sutra is used in calculus to discover the roots of a quadratic equation, and it can also be used in differential calculus to factor 3rd, 4th, and 5th-degree expressions. This sutra has extremely specific applicability in advanced mathematics.
[Implying “Whatever the degree of its deficiency”]
This is used to identify squares of numerals that are near base-10 powers. Find the shortfall or excess by comparing the number to the base.
One element of the answer is to square the difference, which forms the unit part of the solution; another part is to reduce or raise the given number by the difference it has to the power of base 10. Add if it’s excess, less if it’s a deficit.
Example: Let’s find 132
Step 1 – 13 is close to 10. The excess over the base is 3.
Step 2 – Square of the excess is 3 x 3 = 9. This is the unit part of the answer.
Step 3 – 13 + 3 = 16
Solution is 169
This implies “Part & Whole.”
[Implying “The remainders by the last unit”]
This sutra helps you to convert fractions to decimals.
[Implying “The ultimate and twice the penultimate”]
This sutra is applied to solve the equations in the following manner
1/ ab + 1/ac=1/ad + 1/bc
Where a, b, c, and d are in arithmetic progression
b=a + z
c=a + 2z
d=a + 3z
The solution for such equations is 2c + d=0
Example: Let’s solve 1/(x+2)(x+3) + 1/(x+2)(x+4) = 1/(x+2)(x+5) + 1/(x+3)(x+4)
Solution is 2c + d = 0
2 (x+4) + (x+5) = 0
2x + 8 + x + 5 = 0
X = -13/3
[Implying “By one less than the preceding”]
This sutra can be used for multiplication.
When the multiplier is only 9, this sutra may be used to determine the product of two numbers.
Example: For example 24 x 99=?
The process to solve it is:
Step 1 – Reduce 1 from multiplicand ie. 24-1 = 23
Step 2 – The other part of the answer would be 99 – 23 = 76
Hence the answer is 2376
[Implying “The sum of the product is equal to the product of the sum”]
It is used to determine the validity of answers in factorization problems, and it indicates that the total of the coefficients in the product is equal to the sum of the coefficients in the factors.
If this condition is met, the equation is called balanced.
Example: Let us consider a quadratic equation
6x2 + 8x + 2 = (x+1)(6x+2)
In this example, the sum of coefficients is 6+8+2 = 16
Product of the sum of coefficients of the factors is (1+1)(6+2) = 2 x 8 = 16
Since both the totals tally, the equation is balanced.
[Implying “The sum of the factors is equal to the factors of the sum”]
This sutra is applied to a perfect number to find the factors of it.
Example: Let’s find the factors of number 28.
1 x 28 = 28
2 x 14 = 28
4 x 7 = 28
Thus the factors of 28 are 1+2+4+7+14 = 28. This is a perfect number.
Check: Vedic Maths Trick for Multiplication
Difference Between Vedic Mathematics and Modern Maths
The biggest difference between the both is the coherent techniques of Vedic Mathematics. They are simple to understand and apply to various kinds of mathematical problems.
Vedic Mathematics varies from modern mathematics in that it is cohesive and focuses on applying a single strategy to solve unique problems rather than employing different strategies for different problems.
This is the biggest advantage of learning Vedic Mathematics as in this way, it creates a strong maths foundation for students. here you can explore the Difference Between Vedic Maths and Modern Maths
Importance and Features of Vedic Mathematics
The significance of Vedic Mathematics is so much that we need a whole fresh article to discuss it. To mention a few points:
- It makes maths fun and engaging.
- Since it’s quite easy to understand, kids will grow up with a love for numbers and equations.
- Because of the purity of the Vedic Mathematics curriculum, learning becomes simple.
- Boosts academic performance.
- Improves the brain activity of the kid.
- Promotes creative thinking and problem-solving.
- Improves your memory and concentration.
- Improve skills.
- Basic Vedic Maths is distinguished by its simplicity.
- Quick and Accurate Outcome.
How does this Ancient Method of Mathematics work well?
Re-establishing the same fact, coherence. The formulas and sub-formulas are so simple to understand that it makes learning maths fun.
One other thing is that this methodology promotes human’s natural way of logical thinking. Once a technique is understood, you will agree that it is the possibly logical way of solving a problem. This is why Vedic Maths work.
However, few people think of it as something too easy. Remember, everything must be practiced to get the benefits of it. You can’t simply learn it once and think you are an expert. It takes practice to master anything including Vedic Maths. There you go. With all this, you have the perfect introduction to Vedic Mathematics. All that’s left now is to enroll your kid in the ALLEN IntelliBrain Vedic Maths class to understand the lengths of the benefits of this methodology.
ALLEN IntelliBrain provides Vedic maths lessons, one of the best Vedic Maths programs, to kids in grades 1 through 8 (& above).
IntelliBrain’s Childhood & Pedagogy experts promise that this 2-4 month course will impart all of the benefits of learning Vedic Mathematics.
IntelliBrain’s skilled early childhood educators ensure that students get the most out of this curriculum:
- To create the best curriculum for your kid, all of the benefits of studying Vedic maths have been studied and included in this course.
- Your kids will study at their own pace. There is absolutely no stress.
- Any questions are quickly answered with the ALLEN Plus App, which you will have access to 24×7.
- Any shortcomings in the subject can be improved and reinforced.
- Real-world examples are used to teach techniques and procedures. This improves comprehension and retention.
Read More –
- Can Vedic Maths Really Improve Your Kid’s Academic Performance?
- All You Need Know About ALLEN IntelliBrain Vedic Maths Classes For Kids
- How can a kid overcome Maths phobia?
- Difference between Vedic Maths & Abacus – which is Better?