Page 20 - Guidelines for Training/ Orientation of Faculty on IKS
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Guidelines for Training/ Orientation of Faculty on IKS


                         finding the cube root. Formula for the area of a triangle. Bhāskara I on altitude and area
                         of a triangle. Numerical examples
                       Area  of  a  circle,  trapezium  and  other  planar  figures.  Approximate  value  of  π.
                         Computation  of  tabular  Rsines  (geometric  and  difference  equation  methods).
                         Approximate formula for Rsine (as given by Bhāskara I). Problems related to gnomonic
                         shadow.  Bhujā-koṭi-karṇa-nyāya,  jyā-śara-nyāya  and  their  applications.  Arithmetic
                         progressions. Finding sum of natural numbers, sum of sums, and so on.
                       Some algebraic  identities. Rule of three. Problems on interest calculation. Ekavarṇa-
                         samikaraṇa  and  anekavarṇa-samikaraṇa.  The  Kuṭṭaka  problem  (sāgra  and  niragra-
                         kuṭṭaka). Illustrative examples.
               8.  Brāhmasphuṭasiddhānta of Brahmagupta
                       Introduction. Twenty  logistics. Cube root. Rule of Three, Five Seven, etc. Mixtures.
                         Interest  calculations,  etc.  Progressions:  Arithmetic  and  Geometric.  Plane  figures.
                         Triangles, right triangles and quadrilaterals.
                       Diagonals of a Cyclic quadrilateral. Rational triangles and quadrilaterals. Chords of a
                         circle.  Volumes  with  uniform  and  tapering  cross-sections.  Pyramids  and  frustum.
                         Shadow problems.
                       Mathematical operations with plus, minus and zero. Rules  in handling surds (karaṇī)
                         Operations  with  unknowns  (avyakta-ṣaḍvidha).    Equations  with  single  unknowns
                         (ekavarṇa-samīkaraṇa).  Equations  with  multiple  unknowns  (anekavarṇa-samīkaraṇa).
                         Equations with products of unknowns (bhāvita). Brahmagupta on kuṭṭaka. The Second
                         order indeterminate equation (Vargaprakṛti). Bhāvanā principle and its applications.
               9.  Bakṣālī Manuscript
                       The discovery of Bakṣālī Manuscript.  Its antiquity and uniqueness. Use of symbols.
                         Symbol for  negative sign (kṣaya). Symbol for denoting unknown quantities (yāvatāvat).
                         Solution of indeterminate equations. Formula for approximate value of surds.  Some
                         interesting problems involving simultaneous equations.
               10. Gaṇitasārasaṅgraha of Mahāvīra
                       Introduction. Arithmetical operations, operations with zero. Squares, cubes, square roots,
                         cube roots. Arithmetical and Geometric progressions, Citi (summation). Manipulations
                         with  fractions  and  solutions  of  equations.  Mixed  problems  including  interest
                         calculations.
                       Vallīkāra-kuṭṭākara    –  linear  indeterminate  equations.  Two  and  more  simultaneous
                         indeterminate equations. Other indeterminate equations.  Vicitra-kuṭṭākara – Truthful
                         and  untruthful  statements.  Sums  of  progressions  of  various  types.  Variable  velocity
                         problem
                       Plane  figures:  Circle,  Dīrghavṛtta,  Annulus.  Ratio  of  circumference  and  diameter.
                         Segment of a circle. Janya operations:  rational triangles, quadrilaterals. Excavations:
                         Uniform and tapering cross-sections, volume of a sphere. Time to fill a cistern. Shadow
                         problems.
               11. Development of Combinatorics
                       Combinatorics in Āyurveda. Gandhayukti of Varāhamihira Mātrā-vṛttas or moric metres.
                         Prastāra or enumeration of metres of n-mātrās in the form of an array. Saṅkhyā or the
                         total number of metrical forms of given number of mātrās. The Virahāṅka sequence (so
                         called Fibonacci sequence. Naṣṭa and Uddiṣṭa processes for finding the metrical form
                         given the row-number and vice versa in a prastāra. Mātrā-meru to determine the number

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