Some love it while some hate it, but no one can ever escape it. Well, the answer is mathematics, one of the few subjects that even plays a vital role in our daily life and we can never ever get rid of it. It wouldn't be wrong to say at the core of computer programming lies the essence of mathematics. So, if you have to master reasoning and systematic approach in life Mathematics should be by your side.
If you are just about to take your first step towards your career and programming is your passion, then TechGig is the right place to master your skills and gain deep knowledge of core mathematics which is indeed inter-related to computer programming.
TechGig takes you to the whole new level with the problem solving concepts which are "a must" to master the complex range of computer programming.
Mathematics simplifies your life and TechGig simplifies Mathematics for you
To understand the core programming framework, different techniques and knowledge of Mathematics is quite necessary. Any beginner can easily learn and implement the variety of Mathematical problems here at TechGig.
The main aim of TechGig is to target the beginners and non-coders, portray concepts of Mathematics and Programming in such a way that the concepts seem interesting and easy even when they are challenging.
Detailed explanation of all the essential chapters inter-relating to programming includes Fundamentals, Numbers and Number Theory, Algebra, Combinatronics and Probability. The clear approach and illustrative examples help elevate your knowledge of Mathematics and use it effectively in the advanced stage of programming. These concepts are the ones learnt at school but the implementation varies and at TechGig the implementation is given more importance over theory.
Mathematics is a subject wherein students either jump with joy or rip their hair out but TechGig makes sure everyone enjoys every bit of learning and practising Mathematics. Advanced as well as basic illustration of problems make the best out of a learner, gives the learner new and challenging ways to deal with each of these examples and find a solution to it. Dedicated and hardworking learner is best benefited by TechGig, that provides the best of knowledge to grasp and make the most of it.
With the help of TechGig, get clarity and understanding of various concepts and clear your doubts to solve questions easily.
The Number Theory is a branch of mathematics involving the study of integers, natural numbers, and positive whole numbers. It helps in understanding relationships between numbers to figure out if these are true or not. The Number Theory is partially experimental and has theoretical elements as well. While the former results in questions, the latter goes into ways in resolving the questions by devising arguments.
Algebra is a branch of mathematics that deals with symbols and the steps or rules that play around with those symbols. These symbols also represent variables which do not have fixed values associated with it. The algebra tends to define the relationships between these variables.
In this TechGig Practice section on Algebra you can solve interesting challenges to sharpen your knowledge on algebras.
As an important branch of mathematics, Geometry deals with shapes, sizes, areas, position and properties. Geometry is an important subject and forms the basis of many important things in the future.
Combinatorics explores various permutations and combinations while dealing with the combination of objects. This is done by following various constraints such as algebra, graph theory, number theory, etc.
The use of probability theory is widespread, be it stock markets, weather predictions, or any other area. It is an important subset of mathematics that deals with the analysis of random occurrences. Probability deals with studying random processes and finding the possibility of the occurrence of an event.
A palindromic prime (sometimes called a palprime) is a prime number that is also a palindromic number.
Given a number n, print all palindromic primes smaller than or equal to n. For example, If n is 10, the output should be \"2, 3, 5, 7\'. And if n is 20, the output should be \"2, 3, 5, 7, 11\'.
Idea is to generate all prime numbers smaller than or equal to given number n and checking every prime number whether it is palindromic or not.
Methods used
To find if a given number is prime or not- sieve-of-eratosthenes method
To check whether the given number is palindromic number or not: Recursive function for checking palindrome
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