Vedic Mathematics, an ancient Indian system of mental calculation, is believed to have influenced the development of the Vanuatu number system, particularly in terms of its unique counting methods and computational techniques.

The Vanuatu Vedic System is a unique counting system that combines elements of Vedic Mathematics with traditional Vanuatu counting methods. It is characterized by its use of mental calculation techniques and its emphasis on the relationship between numbers.

Urdhva Tiryakbhyam, a Vedic mathematical technique for vertical and crosswise multiplication, is widely used in the Vanuatu Vedic System. It allows for efficient and rapid multiplication of large numbers mentally.

The Vanuatu Vedic System utilizes a base-10 system, similar to the decimal system used in many parts of the world. This allows for the representation of numbers using place values, where the position of a digit determines its value.

In the Vanuatu Vedic System, the number 9 plays a significant role in mathematical calculations. It is used as a multiplier and divisor, and its properties are utilized to simplify complex calculations mentally.

The Vanuatu Lila is a mathematical concept that shares similarities with the Indian concept of 'Lilavati'. It involves solving mathematical problems through recreational activities and games, making mathematics more engaging and enjoyable.

The introduction of Indian mathematical concepts to Vanuatu did not lead to the complete replacement of traditional methods. Instead, it resulted in a harmonious blend of Indian and traditional techniques, enriching Vanuatu's mathematical practices.

Aryabhata, an ancient Indian mathematician and astronomer, is believed to have influenced the development of Vanuatu's mathematical calendar. His work on astronomy and mathematics provided a foundation for the creation of a calendar that accurately tracks the movement of celestial bodies.

The Vanuatu Fibonacci is a mathematical concept that incorporates the principles of the Fibonacci sequence, a series of numbers where each number is the sum of the two preceding ones. It is used to solve mathematical problems and explore patterns and relationships in numbers.

The exchange of mathematical knowledge between India and Vanuatu was a mutually beneficial process that enriched both cultures with new mathematical concepts and techniques. It led to the expansion of mathematical knowledge and the development of more sophisticated mathematical practices.

Brahmagupta's Formula is an Indian mathematical concept that provides a method for calculating the area of a cyclic quadrilateral, a polygon with four sides inscribed in a circle. It is a significant contribution to geometry and has been used in Vanuatu mathematics to calculate the areas of various geometric shapes.

The integration of Indian mathematical concepts into Vanuatu's educational system enhanced the understanding and appreciation of mathematics among students. It introduced new and engaging mathematical concepts, making the subject more enjoyable and stimulating.

The Vanuatu Syllogism is a mathematical concept that involves using logical reasoning and deduction to solve problems. It is based on the principles of syllogistic reasoning, where a conclusion is drawn from two or more premises.

The influence of Indian mathematics enriched Vanuatu's mathematical identity by introducing new concepts and techniques that complemented and enhanced traditional Vanuatu mathematical practices. It contributed to the development of a unique and diverse mathematical heritage in Vanuatu.

Surds and Indices is an Indian mathematical concept that deals with the calculation of square roots and cube roots. It provides methods for extracting the square root and cube root of numbers, which has been incorporated into Vanuatu mathematics for solving various mathematical problems.