Scientific notation is writing a number in the form (+ or -) a * 10^b where a is a number bigger than one and less than 10 and b is any whole number (more formally: 1<=a<10 and b is any integer).
For example:
385=3.85*10^2
0.001=1*10^-3
-65=-6.5*10^1
pi=3.14159...=3.14*10^0
This relies on understanting the rules for manipulation of powers: negative powers mean divide by 10 to the positive part ie 10^-2=1/10^2=1/100=0.01 and a zero power corresponds to 1 ie 10^0=1.
the repeating term of a decimal
Scientific notation is a math term you learn in school. It is used to abbreviate large numbers. 0.000000048 written in scientific notation is 48x10 to the negative 8th power.
The scientific notation of that term is: 1.2 x 105.
Something that is a billion starts with base 109. Therefore, the term in scientific notation is 7.0 x109
Yes, architects use scientific notation to do the calculation of the measurement of either very long/short (or both) objects. They use scientific notation to save time, writing out the whole term, such as 14324141240123.... or 50000000... Basic geometry is also applied to their careers since they need to learn how to measure the lengths of the shapes and lines! It's quite interesting that architects use math!
the repeating term of a decimal
Scientific notation is a math term you learn in school. It is used to abbreviate large numbers. 0.000000048 written in scientific notation is 48x10 to the negative 8th power.
The scientific notation of that term is: 1.2 x 105.
Something that is a billion starts with base 109. Therefore, the term in scientific notation is 7.0 x109
Yes, architects use scientific notation to do the calculation of the measurement of either very long/short (or both) objects. They use scientific notation to save time, writing out the whole term, such as 14324141240123.... or 50000000... Basic geometry is also applied to their careers since they need to learn how to measure the lengths of the shapes and lines! It's quite interesting that architects use math!
Shift a decimal place to the right, so the exponent for base 10 is -1. Then, the term in scientific notation is: 3.456789 x 10-1
0.005 [ns] = 0.005x10-9 [s] = 5.0x10-12 [s] The last term is the scientific notation of 0.005 ns. ==========================
No, the math term ratio doesn't mean multiply.
Since a decimal point is not located between the leading nonzero digit and the adjacent digit, the term is not in scientific notation. So to make that term in scientific notation, shift 2 more decimal places to obtain 4.25 x 107.
The term "scientific notation" is used for a method to write very large (or very small) number.The chemical symbol for sulphur is "S".
The term is same as 4300000.0. From the starting point, move 6 decimal places to the left and write out the term in scientific notation based on the number of decimal places shifted. You get 4.3 x 106.
Note that the term is the same as: 55800000.0. Move 7 decimal places to the left, so the exponent for base 10 is 7. Therefore, the term in scientific notation is 5.58 x 107.