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Results for "Category: Math"

6_2008-2009 #214910
Averaging Program

To make the task of averaging out numbers easy by using my programing skills

6_2008-2009 #214940
A really cool binary translator!

This binary translator will not translate the text to decimal, but it will translate it to a char! As example. 1101000 1101001 will be translated as 'hi'. You can also translate huge load of text. Have fun!

6_2008-2009 #215613
A prime factor program (UPDATED!)

Program for calculating prime factors. Accepts very large numbers upto 2^53 -1 (9007199254740991)or more than 9 billion billion. Shows elasped time if time taken is 1 second or more. Largest prime accepted: 9007199254740881.

6_2008-2009 #215696
Octal To Binary

Converting

6_2008-2009 #215698
INVERTED PASCAL TRIANGLE

It allows the user to input the desired number of lines then after that it displays the pascal triangle in inverted position according to inputed number of lines. displaying of numbers starts from bottom to top to form ineverted triangle. It's good for beginners the code structure is easy to understand. please see the screen shot... thanks.

6_2008-2009 #216147
SU DO KU

It solves sudoku puzzle,and frames you new sudoku puzzles.it enables the user to fix the values so that the user can solve it in PC rather than scribbling in a paper.

6_2008-2009 #216578
Amortization schedule

Used for calculating mortgage payments, loans, etc...

6_2008-2009 #216683
Simple Calculator

A simple window xp wannabee calculator program!!

6_2008-2009 #217062
An Engineering Calculator

Solving triangle or courtesan plane problems, converting units of measurements, converting data types, and calculating differences in time.

6_2008-2009 #217119
Gauss Seidel(Solutions of Equations)

There method can be used to solve a set of linear equations that are based on iteration. This is an optimized jacobi iteration.

6_2008-2009 #217168
sum of even,odd numbers

This code is useful to compute the sum of odd , even numbers and both upto certain limit.

7_2009-2012 #218739
Shopping Cart

This is an Internet Shopping Cart which is an Accounting and E-Commerce Application

7_2009-2012 #219673
Math translator

It translates °F to °C or KW to PS...

7_2009-2012 #220382
Finds the Minimum number of 7 numbers

This program finds the Minimum number of 7 numbers entered.

7_2009-2012 #220488
Infix to Postfix

Convert from infix notation to postfix notation

7_2009-2012 #220621
Learning about Vectors

This is an article on implementing vectors in C++. It contains all the 3-dimensional mathematics that can be used to make lighting calculations, physics, etc! Visit my website to find many more articles such as this one! http://akrotkov.bullet-reaction.co.uk is my site.

7_2009-2012 #220633
Calculate fuel efficiency

Program calculates the fule effiency of the car on the trip in miles/gallon and the cost for gasoline at the end of the trip. It teaches begginer programmers functions and calculations.

7_2009-2012 #220743
Precise Calculation of Pi

This code calculates an estimated value of Pi using the Leibnitz series (which is basically a power series expansion of a trigonometric function which allows to estimate Pi very well)

7_2009-2012 #221175
Long integer Julian Day Number computation

These routines convert Gregorian and Julian calendar dates to and from Julian Day Numbers. Julian Day Numbers (JDN) are used by astronomers as a date/time measure independent of calendars and convenient for computing the elapsed time between dates. The JDN for any date/time is the number of days (including fractional days) elapsed since noon, 1 Jan 4713 BC. Julian Day Numbers were originated by Joseph Scaliger in 1582 and named after his father Julius, not after Julius Caesar. They are not related to the Julian calendar. Based on formulae originally posted by Tom Van Flandern / Washington, DC / metares@well.sf.ca.us in the UseNet newsgroup sci.astro. Reposted 14 May 1991 in FidoNet C Echo conference by Paul Schlyter (Stockholm) Minor corrections, added JDN to julian, and recast into C by Raymond Gardner Englewood, Colorado.

7_2009-2012 #221460
Polynomial Interpolation and Operations

A Polynomial class that defines any polynomial by a default symbol(x) and overloads needed operators to any polynomial operation, the Interpolation class defines most used Numerical Analysis operators like Forward, Backward and Central operators and using them to interpolate points with both Newton Forward and Backward methods

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