Golden age of mathematics

Those were the days, when there were no clocks. So, to make sure that he knew the exact time when the auspicious muhurta occurred, he made a hole in an empty cup and let it float in a vessel filled with water. As the water slowly entered the cup through the hole, the cup would become full and sink.

Lilavati mathematician biography project

The minute the cup sank, the wedding would be conducted. After making all these arrangements, Bhaskaracharya warned the girls not to go near the place where the cup and water were kept. The usually obedient Lilavati could not contain her curiosity that day. She wanted to see exactly when the cup sank and went near the water and peered into it.

As she bent over the vessel, without her knowledge, a tiny pearl from her bridal dress some say, it was from her nose ring fell into the cup and blocked the hole. And so, the cup never became full and never sank.

The auspicious time passed by, but none knew about it. Bhaskaracharya was greatly upset. Bhaskaracharya was devastated. Lilavati became inconsolable. She was also guilty because the muhurta could not be noticed because of her.

It is immensely sad that you have lost your husband. But how long will you be grieving over your loss? You have to get over this and try to lead a normal life. What you are saying is true.

Lilavati mathematician biography project pdf

The thought of my loss keeps coming back to my mind and I am not able to focus on anything. One day, Bhaskaracharya had an idea. In comparison to the prior numerical systems employed in ancient India, this allowed him to carry out complex computations much more quickly. Also, since they were no longer had to memorise the values of each numeral, people could execute mathematical calculations more easily as a result.

Trigonometry contributions made by Bhaskara Trigonometry has benefited greatly from the work of Bhaskara.

Lilavati mathematician biography project template

Many of the fundamental trigonometric formulas and functions that are still in use today were derived by him from Lilavati. He was also the first mathematician to compute the angles and distances in a triangle using the sine and cosine functions. This was a significant mathematical discovery that had a significant influence on the growth of trigonometry.

Bhaskara made numerous significant findings about the motions of the planets and stars in addition to his contributions to mathematics.

Famous mathematician biography: Līlāvatī is a treatise by Indian mathematician Bhāskara II on mathematics, written in AD. It is the first volume of his main work, the Siddhānta Shiromani, [ 1 ] alongside the Bijaganita, the Grahaganita and the Golādhyāya.

He created techniques for forecasting eclipses and other astronomical occurrences using his mathematical abilities. These techniques often involve mental arithmetic and are based on fundamental mathematical principles. Bhaskaracharya made significant contributions to various branches of mathematics, including algebra, arithmetic, geometry, and calculus.

It covers a wide range of mathematical topics and serves as a foundational text for students of mathematics.

Lilavati mathematician biography project ideas

It provides detailed explanations and solutions to various mathematical problems. It showcases the rich heritage of mathematical knowledge in Indian civilization. Varadarajan S. Srinivasa Varadhan K. Parthasarathy probabilist M. Narasimhan C. Brahmi numerals Hindu—Arabic numeral system Symbol for zero 0 Infinite series expansions for the trigonometric functions.

Rangacarya — P. Sengupta — B. Datta — T. Hayashi A. Krishnaswamy Ayyangar — A. Singh — C. Rajagopal — T. Saraswati Amma — S. Sen — K. Shukla — K. Sarma —