# Square & Square Root of 60

Last Updated: June 10, 2024

## Square of 60

60² (60×60) =3600

The square number of 60, denoted as 60², results in 3600. It’s the product of multiplying 60 by itself. This operation is common in mathematics and geometry.

## Square Root of 60

√60 = 7.74596669241

Or

√60 = 7.745 up to three places of decimal

The square root of 60, denoted as √60, It is an irrational number, approximately equal to 7.746, and falls between the square roots of 49 and 64.

Square Root of 60: 7.74596669241

Exponential Form: 60^½

## Is the Square Root of 60 Rational or Irrational?

The square root of 60 is irrational

The square root of 60, denoted as √60, does not result in a neat, simple fraction. To understand why, let’s break down the factors of 60. The prime factorization of 60 is2²×3×5.

For a square root to be rational, the exponents in its prime factorization need to be even, because a square root function essentially divides these exponents by 2. In the case of
√60, the prime factors 3 and 5 are raised to an odd power (1), which, when halved, results in non-integer exponents. Since a rational number is defined as one that can be expressed as the quotient of two integers, and
√60 cannot be expressed in such a manner due to its prime factorization, it is deemed irrational. This property highlights a fundamental aspect of irrational numbers: their inability to be neatly expressed as fractions, making
√60 an endless, non-repeating decimal.

Rational numbers Rational numbers are fractions representing the quotient of two integers, where the denominator is not zero. They can be written as a/b, with both a and b being integers and b ≠ 0. Rational numbers include integers, proper fractions, improper fractions, and finite decimals.

Examples: 1/2​, 3/4​, and 7/8​.

Irrational numbers Irrational numbers are real numbers that cannot be expressed as a simple fraction, meaning their decimal representation is infinite and non-repeating.

Examples: 2, π (pi), and e

• Square of 60:The square of 60, which means multiplying 60 by itself, results in 3600. This is a basic arithmetic operation in mathematics 60²=60×60=7.746.
• Square root of 60: The square root of 60, denoted as √60 It’s an irrational number, It’s approximately 7.746, a non-integer value.
• Representation: The number 60 is a composite, even number, significant in time measurement as seconds per minute and minutes per hour, and forms the basis of the sexagesimal system.

## Methods to Find Value of Root 60

1. Estimation
Since √60​ lies between the square roots of perfect squares 49 (7²) and 64 (8²), we can estimate that √60 is slightly less than 8.
2. Prime Factorization
Break down 60 into its prime factors: 60=2×2×3×5=2×3×5² .
Pair the prime factors into squares if possible: 2² can be paired, while 3 and 5 cannot.
Take the square root of each pair: The square root of 2²is 2.
The square root of 60 is then 2√15 because we bring out the square (2) and leave the remaining factors under the square root.
3. Long Division Method
Group the digits of 60 into pairs (from right to left). Since 60 is a two-digit number, it’s already a pair.
Find a number (a) such that a×a is less than or equal to 60. In this case, a is 7 because
7²=49.
Subtract 49 from 60 to get 11.
Bring down two zeros beside 11, making it 1100.
Now, find a number (b) such that 2a×b×b is less than or equal to This involves trial and error, and the number you get will be part of the decimal places of √60
4. Using a Calculator
For most purposes, using a calculator to find the square root of 60 will give you a quick and precise answer. On most calculators, you would enter 60 followed by the square root function.

## Square Root of 60 by Long Division Method

Step 1: Find the Largest Square
Identify the largest square number less than 60. Here,
7×7=49 is the largest square less than 60.
Step 2: Subtract and Find Remainder
Subtract 49 from 60 to get the remainder, 60−49=11.
Our initial quotient (which also serves as the divisor for this step) is 7.
Step 3: Update the Divisor
Double the current quotient (which is 7) to get 14. This will be the starting part of our new divisor.
Step 4: Extend the Dividend
Append two zeros to the remainder to get
1100 (as if we’re bringing down two zeros in traditional division).
Step 5: Find the New Divisor and Quotient Digit
Look for a digit X to place at the unit’s place of 14X such that 14X×X is less than 1100.
Here, 147×7=1029, fitting the condition. So, the new digit in the quotient is 7.
Step 6: Update Dividend and Divisor for the Next Step
Subtract 1029 from 1100 to get a new remainder, and then bring down two more zeros to form a new dividend.
Update the divisor by adding the last digit of the quotient to it, making 147+7=154.
Step 7: Repeat the Process
Repeat the process with the new dividend and divisor. Find a digit X for the divisor 154X such that 154X×X is less than the new dividend.
For example, 1544×4=6176, which is less than 7100, the new dividend after bringing down two zeros.
Add 4 to the quotient, following 7.7, to get 7.74.

## 60 is Perfect Square root or Not

60 is Perfect Square root or Not

The number 60 is not a perfect square. A perfect square is a number that can be expressed as the product of an integer with itself. For example, 1 (1×1), 4 (2×2), 9 (3×3), 16 (4×4), and so on are perfect squares. To determine if 60 is a perfect square, one would typically look for an integer that, when multiplied by itself, equals 60. However, there is no integer that satisfies this condition for 60, making it not a perfect square.

## Where is the square root of 60 on the number line?

The square root of 60 is not an integer, but it falls between the square roots of two perfect squares: 49 (7×7) and 64 (8×8). Since the square root of 49 is 7 and the square root of 64 is 8, the square root of 60 will be a decimal number between 7 and 8.

## What are factors of 60?

The factors of 60 are the integers that can be evenly divided into 60. These include:

1, 2, 3, 4, 5, 6, 10, 12, 15, 20, 30, and 60.

## What is prime factor 60?

The prime factors of 60 are 2, 3, and 5, with 2 appearing twice, because 60 equals 2 x 2 x 3 x 5. These are the smallest prime numbers that multiply together to give 60.

## Why is 2 a factor of 60?

2 is a factor of 60 because 60 can be evenly divided by 2 with no remainder. This means 2 is a prime number that multiplies with others to result in 60.

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