5.51 x 1017 / (0.19) can be written as:
5.51 x 1017 / (1.9 x 10-1)
= 5.51 / 1.9 x 1017 - (-1)
= 2.9 x 1018
12
Such large numbers are best written in scientific notation - in this case, 1017 (ten to the seventeenth power). In normal notation, that would be a one, followed by 17 zeroes.
10 to the fifth power in scientific notation is expressed as 105
1.5x103 is the scientific notation for 1,500
It is known as scientific notation.
12
Such large numbers are best written in scientific notation - in this case, 1017 (ten to the seventeenth power). In normal notation, that would be a one, followed by 17 zeroes.
scientific notation is where a huge number that is way to long to write is summarised by an equation. it is divided by 10 to the power of x as to where the point goes. in the number 2300000000000, scientific notation is 2.3x10 to the power of 12 etc
10 to the fifth power in scientific notation is expressed as 105
1.5x103 is the scientific notation for 1,500
It is known as scientific notation.
2 to the 64th power is written as 2*1064 in scientific notation.
The scientific notation for 9261.38 is 9.26138x10 raised to the power of 5.
Yes 2.3*1012 is in scientific notation
50010 to the power of 3 in scientific notation is written as 1.2515 x 10^12.
Scientific notation is when you multiply a number that is between 1 and 10 to 10 to a power. for example: I want to write 3,946,000,000 as a scientific notation. What I do is I divide the number by 10 over and over until the number is 3.946 then how many times I divided 3,946,000,000 by 10 is the exponent of 10 which you multiply by 3.946 and the Scientific notation of 3,946,000,000 is 3.946 * 109.
To convert a decimal to scientific notation, you first need to divide the number by a power of ten such that the result has units as the greatest place value. In this case, you would divide by 0.01 to get 3.6 The next step is to take the amount you divided by (0.01) and express it as a power of 10 (10-2) Thus, 0.036 in scientific notation is 3.6x10-2