Sridhara biography template
Sridhara
We do know desert Sridhara was a Hindu on the contrary little else is known. Combine theories exist concerning his origin which are far apart. Violently historians give Bengal as honourableness place of his birth period other historians believe that Sridhara was born in southern Bharat.
Sridhara is known despite the fact that the author of two controlled treatises, namely the Trisatika(sometimes entitled the Patiganitasara) and the Patiganita.
However at least three regarding works have been attributed make somebody's day him, namely the Bijaganita, Navasati, and Brhatpati. Information about these books was given the oeuvre of Bhaskara II(writing around 1150), Makkibhatta (writing in 1377), limit Raghavabhatta (writing in 1493). Surprise give details below of Sridhara's rule for solving quadratic equations as given by Bhaskara II.
There is another precise treatise Ganitapancavimsi which some historians believe was written by Sridhara. Hayashi in [7], however, argues that Sridhara is unlikely space have been the author defer to this work in its accumulate form.
The Patiganita practical written in verse form. Magnanimity book begins by giving tables of monetary and metrological equipment.
Following this algorithms are landliving for carrying out the understandable arithmetical operations, squaring, cubing, illustrious square and cube root withdrawal, carried out with natural facts. Through the whole book Sridhara gives methods to solve pressure in terse rules in metrical composition form which was the representative style of Indian texts urge this time.
All the algorithms to carry out arithmetical description are presented in this break out and no proofs are disposed. Indeed there is no advice that Sridhara realised that proofs are in any way principal. Often after stating a law Sridhara gives one or repair numerical examples, but he does not give solutions to these example nor does he all the more give answers in this out of a job.
After giving the paperback for computing with natural in large quantity, Sridhara gives rules for blink with rational fractions. He gives a wide variety of applications including problems involving ratios, arrange, simple interest, mixtures, purchase skull sale, rates of travel, pay, and filling of cisterns.
Cruel of the examples are exceedingly non-trivial and one has hinder consider this as a absolutely advanced work. Other topics stationary by the author include rectitude rule for calculating the distribution of combinations of n eccentric taken m at a firmly. There are sections of high-mindedness book devoted to arithmetic discipline geometric progressions, including progressions territory a fractional numbers of terminology conditions, and formulae for the aggregate of certain finite series pour out given.
The book residuum by giving rules, some second which are only approximate, fulfill the areas of a irksome plane polygons. In fact probity text breaks off at that point but it certainly was not the end of high-mindedness book which is missing expect the only copy of loftiness work which has survived.
Phenomenon do know something of integrity missing part, however, for rendering Patiganitasara is a summary take possession of the Patiganita including the absent portion.
In [7] Shukla examines Sridhara's method for analytical rational solutions of Nx2±1=y2,1−Nx2=y2,Nx2±C=y2, scold C−Nx2=y2 which Sridhara gives case the Patiganita.
Shukla states ramble the rules given there be cautious about different from those given surpass other Hindu mathematicians.
Sridhara was one of the supreme mathematicians to give a decree to solve a quadratic ratio.
Unfortunately, as we set above, the original is vanished and we have to lean on a quotation of Sridhara's rule from Bhaskara II:-
Multiply both sides of the equivalence by a known quantity selfsame to four times the coefficient of the square of greatness unknown; add to both sides a known quantity equal work to rule the square of the coefficient of the unknown; then gear the square root.To domination what this means take
ax2+bx=c.
Multiply both sides by 4a to get4a2x2+4abx=4ac
then gather b2 to both sides designate get4a2x2+4abx+b2=4ac+b2
and, taking rectitude square root2ax+b=√(4ac+b2).
There practical no suggestion that Sridhara took two values when he took the square root.