**Yes, 1024 is a perfect square**, as it can be expressed in the form of the product of two equal integers. (i.e) 1024 = 32×32.

## What are the factors of 1024?

**1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024**and factors of 531 are 1, 3, 9, 59, 177, 531.

## Are the following numbers perfect square Give Reason 1024?

**1024 is a perfect square.**

## How do you make a 1024?

- 1024 is a composite number.
- Prime factorization: 1024 = 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2 × 2, which can be written 1024 = 2¹⁰
- The exponent in the prime factorization is 10. …
- Factors of 1024: 1, 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024.
- Factor pairs: 1024 = 1 × 1024, 2 × 512, 4 × 256, 8 × 128, 16 × 64, or 32 × 32,

## Is the square root of 1024 a rational number?

**it is a rational number**.

## What is the square of 2025?

**perfect square**.

…

Square Root of 2025 in radical form: √2025.

1. | What is the Square Root of 2025? |
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## IS 512 a perfect square?

512 is a **non-perfect square number**.

## What smallest number must be added to 1440 to make it a perfect square?

Step-by-step explanation:

=**150**.

## How do you figure out square roots?

What is the Formula for Calculating the Square Root of a Number? The square root of any number can be expressed using the formula: **√y = y ^{½}**. In other words, if a number has 1/2 as its exponent, it means we need to find the square root of the number.

## Is 79 a perfect square?

**79 is not a perfect square**, which means that it does not have a natural number as its square root. Square root of 79 in the decimal form is √79 = 8.88819. Square root of 79 cannot be expressed as a fraction of the form p/q.

## What will be the square root of 576?

The value of the square root of 576 is equal to 24. In radical form, it is denoted as **√576 = 24**. To calculate the value to root 576 without using a calculator, there are two methods: one is the prime factorisation and another is the long division method.

## How do you solve root 8?

What is the Square Root of 8 in Simplest Radical Form? We need to express 8 as the product of its prime factors i.e. 8 = 2 × 2 × 2. Therefore, **√8 = √2 × 2 × 2 = 2 √2**. Thus, the square root of 8 in the lowest radical form is 2 √2.

## How do you find a cubed root?

…

Cubes and Cube Roots List of 1 to 15.

Number | Cube(a^{3}) |
Cube root ∛a |
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## Is 12348 a perfect cube?

**Only the number whose prime factor are in group of three can be perfect cube**. Here,we have to make 2 and 3 in group of three. For this we will have to multiple the number by2×3=6. Hence,the number which should be multiplied to 12348 to make it perfect cube is 6.

## Is 12348 a perfect square?

Hence **12348 must be divided by 7 to obtained a perfect square**.

## What is the method of factoring?

The four main types of factoring are **the Greatest common factor (GCF), the Grouping method, the difference in two squares, and the sum or difference in cubes**.

## How do you find the LCM of roots?

According to the theory of LCM and HCF, to find the LCM or HCF of a and b we must **write those numbers as the product of powers of prime factors**. Here, for square root numbers, we can not represent it as the product of prime factors. So, we can not find LCM and HCF for irrational numbers.

## How do you square a number in Python?

**How to Square a Number in Python**

- By multiplying numbers two times: (number*number)
- By using Exponent Operator (**): (number**2)
- Using math.pow() method: (math.pow(number, 2))

## What is a square root of 69?

The square root of 69 is √69 = **8.3066238629**.

## Is 2500 a perfect square?

The prime factorization of 2500 = 2^{2} × 5^{4}. Here, all the numbers are in the power of 2. This implies that the square root of 2500 is a positive integer. Therefore, **2500 is a perfect square**.

## How do you take root?

**Square Root by Prime Factorization Method**

- Step 1: Divide the given number into its prime factors.
- Step 2: Form pairs of similar factors such that both factors in each pair are equal.
- Step 3: Take one factor from the pair.
- Step 4: Find the product of the factors obtained by taking one factor from each pair.