no
True I hoped this helped
No. For it to be written in true scientific notation, the matissa must be greater than of equal to 1 (it is) and less than 10 (it isn't). The correct form would be 4.56*104
Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.
A number in scientific notation should have one number before the decimal place then two after. You move the decimal so this is true, then the number of places you moved the decimal will be the exponent. If you move the decimal to the right your exponent will be negative, if you move it to the left it will be positive. In this case you would move the decimal 5 places so you have 1.05x10^-5.
It is a way of representing numbers which is particularly useful for very small or very large numbers.
You don't - just as you don't with a number in normal notation.
There is no true opposite of scientific notation, but the closest answer is Standard Notation.
The exponents can be plus or minus.
The exponents can be plus or minus.
True I hoped this helped
Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.Yes, that is the main purpose of scientific notation.
No. For it to be written in true scientific notation, the matissa must be greater than of equal to 1 (it is) and less than 10 (it isn't). The correct form would be 4.56*104
A number in scientific notation should have one number before the decimal place then two after. You move the decimal so this is true, then the number of places you moved the decimal will be the exponent. If you move the decimal to the right your exponent will be negative, if you move it to the left it will be positive. In this case you would move the decimal 5 places so you have 1.05x10^-5.
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It is a way of representing numbers which is particularly useful for very small or very large numbers.
Scientific Notation is a method used by mathematicians, or others, to take a large number and report it in a more convenient length. Any number can be changed into scientific notation by using a base 10 multiplication and taking the number to its first whole integer. All scientific notation must be writen as:a X 10bWhere a is the rounded integer and b is the exponential power of 10 needed to bring a to a single digit.Examples:11 = 1.1 X 101 (or 10)111 = 1.1 X 1021111 = 1.1 X 103This may be done ad infinitum. It may also be done with numbers smaller than one....011 = 1.1 X 10-2.0011 = 1.1 X 10-3.00011 = 1.1 X 10-4Some calculators also use scientific notation using an "e" where neccessary. If this is true then the values are described as:1.54 X 1012 = 1.54E12 or 1.54E12
It is used for recording very large or very small numbers. This is particularly true for sciences.