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Last updated on October 9, 2025
A square of a number is the multiplication of a number ‘N’ by itself two times. Square numbers are used practically in situations like finding the area of a garden or measuring distance on maps. In this topic, we are going to learn about the square numbers from 500 to 1000.
Numbers 500 to 1000, when squared, give values ranging from 250000 to 1000000. Squaring numbers can be useful for solving complex math problems.
For example, squaring the number 550 implies multiplying the number twice. So that means 550 × 550 = 302500. So let us look into the square numbers from 500 to 1000.
Learning square numbers helps us find the area of two-dimensional shapes like squares. Let’s take a look at the chart of square numbers 500 to 1000 given below.
Understanding these values helps in various math concepts like measuring areas and so on. Let’s dive into the chart of squares.
We will be listing the squares of numbers from 500 to 1000. Squares are an interesting part of math, that help us solve various problems easily. Let’s take a look at the complete list of squares from 500 to 1000.
Square 500 to 1000 — Even Numbers Square numbers that are divisible by 2 are even. The square of any even number will result in an even number. Let’s look at the even numbers in the squares of 500 to 1000.
Square 500 to 1000 — Odd Numbers When you multiply an odd number by itself, the result is also an odd number. When we square an odd number the result will always be odd. Let’s look at the odd numbers in the squares of 500 to 1000.
How to Calculate Squares From 500 to 1000
The square of a number is written as N², which means multiplying the number N by itself. We use the formula given below to find the square of any number: N² = N × N Let’s explore two methods to calculate squares: the multiplication method and the expansion method:
Multiplication method: In this method, we multiply the given number by itself to find the square of the number. Take the given number, for example, let’s take 504 as N. Multiply the number by itself: N² = 504 × 504 = 254016 So, the square of 504 is 254016. You can repeat the process for all numbers from 500 to 1000.
Expansion method: In this method, we use algebraic formulas to break down the numbers for calculating easily. We use this method for larger numbers. Using the formula: (a+b)² = a² + 2ab + b² For example: Find the square of 520. 520² = (500 + 20)² To expand this, we use the algebraic identity (a + b)² = a² + 2ab + b². Here, a = 500 and b = 20. = 500² + 2 × 500 × 20 + 20² 500² = 250000; 2 × 500 × 20 = 20000; 20² = 400 Now, adding them together: 250000 + 20000 + 400 = 270400 So, the square of 520 is 270400.
When learning how to calculate squares, there are a few rules that we need to follow. These rules will help guide you through the process of calculating squares.
The basic rule of squaring a number is to multiply the number by itself. We use the formula given below, to find the square of numbers: N² = N × N For example, 802 = 80 × 80 = 6400.
In the addition of progressive squares, we calculate square numbers by adding consecutive odd numbers. For example, 500² = 250000 → 249001 + 999 = 250000 501² = 251001 → 250000 + 1001 = 251001 502² = 252004 → 251001 + 1003 = 252004
For larger numbers, round them to the nearest simple number, then adjust the value. For example, To square 998, round it to 1000 and adjust: 1000² = 1000000, then subtract the correction factor 1000000-(2 × 1000 × 2) + 2² 1000000-4000+4=996004 Thus, 998² = 996004.
To make learning squares easier for kids, here are a few tips and tricks that can help you quickly find the squares of numbers from 500 to 1000. These tricks will help you understand squares easily. Square numbers follow a pattern in unit place
When learning about squares, it’s natural to make some mistakes along the way. Let’s explore some common mistakes children often make and how you can avoid them. This will help get a better understanding of squares.
Find the square of 523.
The square of 523 is 273529. 523² = 523 × 523 = 273529
We can break down 523 × 523 as: 523 × 523 = (520 + 3) × (520 + 3)
To expand this, we use the algebraic identity (a + b)² = a² + 2ab + b².
Here, a = 520 and b = 3. = 520² + 2 × 520 × 3 + 3² 520² = 270400; 2 × 520 × 3 = 3120; 3² = 9
Now, adding them together: 270400 + 3120 + 9 = 273529
So, the square of 523 is 273529.
Find the square of 750.
The square of 750 is 562500. 750² = 750 × 750 = 562500
We can break down 750 × 750 as: 750 × 750 = (700 + 50) × (700 + 50)
To expand this, we use the algebraic identity (a + b)² = a² + 2ab + b².
Here, a = 700 and b = 50. = 700² + 2 × 700 × 50 + 50² = 490000 + 70000 + 2500 = 562500.
Find the square of 999.
The square of 999 is 998001. 999² = 999 × 999 = 998001
Since 999 × 999 is a simple multiplication, we directly get the answer: 999×999 = 998001.
Thus, the square of 999 is 998001.
Observe the pattern in square numbers: 500², 501², 502²,…510². Find the pattern in their differences.
The differences follow an odd-number sequence: 1001, 1003, 1005,… This shows that square numbers increase by consecutive odd numbers.
Calculating the squares: 250000, 251001, 252004, 253009, …260100
Now, finding the differences: 251001 − 250000 = 1001, 252004 − 251001 = 1003, 253009 − 252004 = 1005,…
Is 980 a perfect square?
980 is not a perfect square.
Perfect squares are numbers that result from squaring whole numbers.
If a number lies between two square values, it is not a perfect square.
Find the closest squares: 312² = 97344, 313² = 97969
Since 980 is not equal to any square of a whole number, it is not a perfect square.
Jaskaran Singh Saluja is a math wizard with nearly three years of experience as a math teacher. His expertise is in algebra, so he can make algebra classes interesting by turning tricky equations into simple puzzles.
: He loves to play the quiz with kids through algebra to make kids love it.