(Considering only positive square root). Therefore the answer is: “Opposite that squaring a number is acquisition the **square root** the the number”.

You are watching: What is the opposite of squaring a number

Subsequently, inquiry is, what is the opposite of to the power of? The an easy idea A logarithm is the **opposite** the a **power**. In other words, if us take a logarithm the a number, us undo one exponentiation. Let\"s start with simple example. If we take the base b=2 and raise it to the **power of** k=3, we have actually the expression 23.

In this regard, what is the contrary of perfect square?

recognize the **square** root is the train station (**opposite**) of squaring a number. If you uncover the **square** root of a number and it\"s a entirety integer, the tells you that the number is a **perfect square**.

What is the inverse operation of squaring a number?

Answer and also Explanation: The **inverse**, or opposite, **operation the squaring a number** is to find a **number\"s square** root. The **square** source of a offered **number**, as soon as multiplied by

38 Related inquiry Answers Found

### Is 31 a perfect square?

**Is 31 a perfect square** number? A number is a **perfect square** (or a **square** number) if its **square** root is one integer; that is to say, it is the product of an integer v itself. Here, the **square** root of **31** is about 5.568. Thus, the **square** source of **31** is no an integer, and also therefore **31** is not a **square** number.

### Is 10000 a perfect square?

**10,000** is a **perfect square**, which way its **square** source is a whole number (a number the does not encompass a portion or decimal).

### Who confirmed Root 2 is irrational?

DRAFT. Euclid **proved** that √**2** (the square **root** of **2) is one irrational number**.

### Is 49 a perfect square?

A number is a **perfect square** (or a **square** number) if that is **square** root is one integer; the is to say, the is the product of an integer through itself. Here, the **square** source of **49** is 7. Therefore, the **square** source of **49** is one integer, and also as a consequence **49** is a **perfect square**.

### Is 24 a perfect square?

24 is a organic number, but since there is no other natural number that can be

**squared**to result in the number

**24**,

**24**is not a

**perfect square**. 99.1 is a rational number, but because there is no other rational number that can be

**squared**to result in the number 99.1, 99.1 is not a

**perfect square**.

### IS 200 a perfect square?

A **perfect square** is the number which is specifically equal come multiplication that 2 equal integers twice. As 14.1421 is no a essence **200** is not a **perfect square**. **200**=5.84803*5.84803. As 5.84803 is no a integer **200** cannot be a **perfect** cube.

### Is 50 a perfect square?

Explanation: **50** is no the **perfect square** that an integer or reasonable number. This is what we normally mean by \"a **perfect square**\". It is a **square** of one irrational, algebraic, real number, namely 5√2 , therefore you could call it a **perfect square** in the context of the algebraic numbers.

### IS 125 a perfect square?

Is **125 a perfect square** number? A number is a **perfect square** (or a **square** number) if that **square** root is one integer; that is to say, it is the product of one integer v itself. Here, the **square** root of **125** is about 11.180. Thus, the **square** source of **125** is no an integer, and therefore **125** is no a **square** number.

### Is zero a perfect square?

A **perfect square** is a number that can be expressed together the product of two equal integers. 0 is a **perfect square**. A **perfect square** is a number whose roots space rational number. Together 0 is a reasonable number(as it can be expressed as 0/1) therefore 0 is a **perfect square**.

### What is the square that 25?

Square & Square root (1 - 25)

A B

22 Squared | 484 |

23 Squared | 529 |

24 Squared | 576 |

25 Squared | 625 |

### What is a perfect square root?

A square root is the number that, times itself, produce a given number. **Perfect** squares space numbers whose **square roots** are entirety numbers. These numbers are **perfect** squares: 4, 9, 16, 25, 36. Once you watch at their images, you have the right to see why. These numbers are **perfect** squares because their **square roots** are totality numbers.

### What is the station of square root?

Range: for x in the domain (- ∞ , - 1> , the selection of x 2 - 1 is provided by <0,+∞), which gives a selection of f(x) = - √(x 2 -1) in the interval (- ∞ , 0>. Compose f as an equation, **square** both sides and also solve for x, and also find the **inverse**. Readjust x right into y and y into x to acquire the **inverse** function.

### What is the perfect square formula?

**Perfect Square Formula**. Once a polynomial is multiplied by itself, then it is a **perfect square**. Instance – this polynomial ax2 + bx + c; if b2 = 4ac is a **perfect square**.

### How countless perfect squares space there between 1 and 20?

There actually are straightforward A “**perfect** Square” is s number who square source is one integer. **Between 1 and 20**, there space four: **1**, 4, 9, and 16.

### What is a non perfect square?

A non-

**perfect square**is a number such the there is no rational number p/q such that (p/q)^2 = n (where n is a

**perfect square**). – MathApprentice Aug 16 \"13 at 4:33.

ronno, both deserve to be expressed making use of fractions so it\"s even if it is a

**non perfect square**, is through definition, not able to be expressed together a fraction.

### What is a perfect cube?

A **perfect cube** is a number the is the **cube** of an integer. For example, 125 is a **perfect cube** due to the fact that 125 = 5 × 5 × 5= 53. Some examples of **perfect cubes** room 1, 8, 27, 64, 125, 216, 343, ..

See more: Patton We Fought The Wrong Enemy ? Was General George Was General George

### What are the 12 perfect squares?

The **perfect squares** room the **squares** of the whole numbers: 1, 4, 9, 16, 25, 36, 49, 64, 81, 100 … below are the **square** roots of every the **perfect squares** native 1 to 100. 1.

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