Add to ORKGIt is assumed that we are working in base ten. Note that we do not know how many digits N has. It may seem that such a problem can be solved only using trial and error, by playing with a calculator, but we shall show otherwise. (We do use a calculator, but it is only for computation of two square roots.
In this paper, we discuss about a new approach of finding square firstly in Arithmetic form and ther...
AbstractIn the LFT approach to Exact Real Arithmetic, we study the question how many argument digits...
It is interesting to see what patterns exist in the final digits of powers of integers; the goal of ...
In carrying out operations such as multiplication, division, squaring, cubing, finding square roots...
We normally use the base 10 or decimal system of writing numbers. One could also use other bases to ...
We discover some properties of square numbers (perfect squares) if they are expressed in base 2s for...
We show that all perfect odd integer squares not divisible by 3, can be usefully written as N = a + ...
In this project, we shall characterize all the three term arithmetic progressions, (examples would b...
On the web page belonging to A2Y Academy For Excellence, there appears a curious method to find t...
This paper is an exposition of the work by Beardon [1]. It is basically based on the process of find...
We find an infinite family of positive integers a such that concatenating a and a − 1 in base 10 (fr...
It was claimed in the article by Anant Vyawahare on Digital Roots that a perfect number other than ...
summary:Calculation of the square root of natural numbers used to be a part of mathematics taught at...
Most quantitative mathematical problems cannot be solved exactly, but there are powerful algorithms ...
In the LFT approach to Exact Real Arithmetic, we study the question how many argument digits are nee...
In this paper, we discuss about a new approach of finding square firstly in Arithmetic form and ther...
AbstractIn the LFT approach to Exact Real Arithmetic, we study the question how many argument digits...
It is interesting to see what patterns exist in the final digits of powers of integers; the goal of ...
In carrying out operations such as multiplication, division, squaring, cubing, finding square roots...
We normally use the base 10 or decimal system of writing numbers. One could also use other bases to ...
We discover some properties of square numbers (perfect squares) if they are expressed in base 2s for...
We show that all perfect odd integer squares not divisible by 3, can be usefully written as N = a + ...
In this project, we shall characterize all the three term arithmetic progressions, (examples would b...
On the web page belonging to A2Y Academy For Excellence, there appears a curious method to find t...
This paper is an exposition of the work by Beardon [1]. It is basically based on the process of find...
We find an infinite family of positive integers a such that concatenating a and a − 1 in base 10 (fr...
It was claimed in the article by Anant Vyawahare on Digital Roots that a perfect number other than ...
summary:Calculation of the square root of natural numbers used to be a part of mathematics taught at...
Most quantitative mathematical problems cannot be solved exactly, but there are powerful algorithms ...
In the LFT approach to Exact Real Arithmetic, we study the question how many argument digits are nee...
In this paper, we discuss about a new approach of finding square firstly in Arithmetic form and ther...
AbstractIn the LFT approach to Exact Real Arithmetic, we study the question how many argument digits...
It is interesting to see what patterns exist in the final digits of powers of integers; the goal of ...