# How to write 12 in the standard form?

Exponents and powers are used to show very large numbers or very small numbers in a simplified manner. For example, if we have to show 2 × 2 × 2 × 2 in a simple way, then we can write it as 2^{4}, where 2 is the base and 4 is the exponent. The whole expression 24 is said to be power.

Power is a value or an expression that represents repeated multiplication of the same number or factor. Number of times the base is multiplied to itself is the value of the exponent.

**For examples:**

3^{2} = 3 raised to power 2 = 3 × 3 = 9

4^{3} = 4 raised to power 3 = 4 × 4 × 4 = 64

An exponent of a number represents the number of times the number is multiplied by itself. For example- 2 is multiplied by itself for n times:

2 × 2 × 2 × 2 × …..n times = 2^{n}

The above expression, 2^{n}, is said as 2 raised to the power n. Therefore, exponents are also called power or sometimes indices.

**General Form of Exponents**

Exponent represents that how many times a number should be multiplied by itself to get the result. Thus any number ‘b’ raised to power ‘p’ can be expressed as:

b^{p}= {b × b × b × b × …. × b} p times

Here b is any number and p is a natural number.

- b
^{p}is also called the pth power of b. - ‘b’ is the base and ‘p’ is the exponent or index or power.
- ‘b’ is multiplied ‘p’ times, and thereby exponentiation is the shorthand method of repeated multiplication.

**Laws of Exponents**

Let ‘b’ is any number or integer (positive or negative) and ‘p1’, ‘p2’ are positive integers, denoting the power to the bases.

**Multiplication Law:**It states that the product of two exponents with the same base and different powers equals to base raised to the sum of the two powers or integers.

b^{p1}× b^{p2 }= b^{(p1+p2)}

**Division Law:**It states that if two exponents having the same bases and different powers are divided, then the results will be base raised to the difference between both powers.

b^{p1}÷ b^{p2}= b^{p1}/ b^{p2 }= b^{(p1-p2)}

**Negative Exponent Law:**If the base has a negative power, then it can be converted into its reciprocal but with positive power or integer to the base.

b^{-p}= 1/b^{p}

**Basic Rules of Exponents**

There are certain basic rules defined for exponents in order to solve the exponential expressions along with the other mathematical operations, for example, if there are the product of two exponents, it can be simplified to make the calculation easier and is known as product rule, let’s look at some of the basic rules of exponents,

Product Rule ⇢ a

^{n}× a^{m}= a^{n + m}Quotient Rule ⇢ a

^{n}/ a^{m}= a^{n – m}Power Rule ⇢ (a

^{n})^{m}= a^{n × m}or^{ m}√a^{n}= a^{n/m}Negative Exponent Rule ⇢ a

^{-m}= 1/a^{m}Zero Rule ⇢ a

^{0}= 1One Rule ⇢ a

^{1 }= a

### How to write 12 in the standard form?

**Solution:**

Here we have, 12

To find, the standard form of the number 12 = ?

By Multiplying and dividing 12 by 10, we get

= (12/10) × 10

= 1.2 × 10

^{1 }{Here only one number will be kept before decimal point that is 1}

Therefore the standard form of the number 12 = 1.2 × 10

**Similar Questions**

**Question 1: What is the standard form of 17?**

**Solution:**

Here we have, 17

To find, the standard form of the number 17 = ?

By Multiplying and dividing 17 by 10, we get

= (17/10) × 10

= 1.7 × 10

^{1 }{Here only one number will be kept before decimal point that is 1}Therefore the standard form of the number 17 = 1.7 × 10

**Question 2: What is the standard form of 12345?**

**Solution:**

Here we have, 12345

To find, the standard form of the number 12345 = ?

By Multiplying and dividing 12345 by 10000, we get

= (12345 / 10000) × 10000

= 1.2345 × 10

^{4 }{Here only one number will be kept before decimal point that is 1}Therefore the standard form of the number 12345 = 1.2345 × 10

^{4}

**Question 3: What is the standard form of 2,18,64,00,000?**

**Solution: **

2,18,64,00,000 = 21864 ×100000

= 2.1864 × 10000 × 100000 {multiplying and dividing by 10000}

= 2.1864 × 10

^{9}

**Question 4: What is the Standard form of 5700?**

**Solution: **

Here only one number will be kept before decimal point that is 1

5700 = (5700 / 1000) × 1000 {multiplying and dividing by 1000}

= (57/10) × 1000

= 5.7 × 10

^{3}

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