1.2 × 10-4 written in standard notation is 0.00012
To write 6 trillion trillion kilograms in standard notation, we first need to understand that one trillion is equal to 10^12. Therefore, 6 trillion trillion would be 6 x (10^12) x (10^12), which simplifies to 6 x 10^24. So, 6 trillion trillion kilograms in standard notation is 6 x 10^24 kilograms.
1.2*10^10("*" means "times" and "^" means "to the power of")
0.000000000009256 in scientific notation is 9.256*10^-12
In standard form, the number 12 is written as 1.2 x 10^1. This representation is achieved by moving the decimal point one place to the left and indicating the power of 10 needed to return to the original value. This format is commonly used in scientific notation to express large or small numbers more efficiently.
10^0=1, 10^1=10, 10^2=100, 10^3=1000 etc trillion = 10^12, billion = 10^9 answer: 2x10^12 x 3x10^9 = 6x10^21
12
2.3 trillion in standard notation is: 2,300,000,000,000
It is: 5,300,000,000,000 or as 5.3*10^12 in scientific notation
0.0000000000224
It is 2.5*10^12.
To write 12 squared in standard form, you first calculate 12 squared, which is (12 \times 12 = 144). In standard form (also known as scientific notation), this can be expressed as (1.44 \times 10^2). This format shows the number in a way that highlights its significance in terms of powers of ten.
5.7 times 10 ^ -12
The standard form of 12 tens is 120. This is calculated by multiplying 12 by 10, which gives you 120. In standard numerical notation, it is simply written as 120.
There is no other way to write it in scientific notation.
1.0*10-12 in standard form
To write 6 trillion trillion kilograms in standard notation, we first need to understand that one trillion is equal to 10^12. Therefore, 6 trillion trillion would be 6 x (10^12) x (10^12), which simplifies to 6 x 10^24. So, 6 trillion trillion kilograms in standard notation is 6 x 10^24 kilograms.
1.2 times 10 to the 13 power. 1.2 *10^13