No it will be negative.
AnswerIf you convert 100 to scientific notation you have to move the decimal point 2 places to the left. 100 --> 1.00 (this, by the way. is called the mantissa) so the power of ten is 102. When you move the decimal point to the left, the exponent will be positive. 100 = 1.00 x 102.
3.744000 is scientific notation is 3.744 x 100. This is because the decimal is already placed where it would be after converting the number to scientific notation. However, if you wanted to convert 3744000.0 to scientific notation, you would have to move the decimal left six places. This number, in scientific notation, is 3.744 x 106.
The term is written as: 5000.0 After 3 zeroes, there is a decimal place. To convert 5000 into scientific notation, move 3 decimal places to the left and include the base 10 to ³ to get: 5.0 x 10³ This is how you do the conversion of the scientific notation.
first you put a decimal behind the first whole or non zero number then how ever many spacesyou moved is the positive or negative power of 10
Yes - you can always convert numbers to scientific notation - whether they're whole numbers, or decimals.
It always helps to write the number fully out to convert to scientific notation. 13.7 billion is the same as 137,000,000,000. When we move our decimal point to make it 1.37 x 10 - we moved 11 spots to the left (positive) so our scientific notation would be: 1.37 x 1011
It is not possible to convert a number with 2 decimal points into scientific notation.
3.744000 is scientific notation is 3.744 x 100. This is because the decimal is already placed where it would be after converting the number to scientific notation. However, if you wanted to convert 3744000.0 to scientific notation, you would have to move the decimal left six places. This number, in scientific notation, is 3.744 x 106.
The term is written as: 5000.0 After 3 zeroes, there is a decimal place. To convert 5000 into scientific notation, move 3 decimal places to the left and include the base 10 to ³ to get: 5.0 x 10³ This is how you do the conversion of the scientific notation.
first you put a decimal behind the first whole or non zero number then how ever many spacesyou moved is the positive or negative power of 10
to convert scientific notation to decimal you count the number of spaces up to the last digit then put the decimal point then put x10 to the power of if how many places you move the decimal point.................................
Scientific notation is a way to express either a very large, or a very small number.10x5.34 is an example of scientific notation. So, move the decimal point to the right (since there is a positive exponent). It then becomes 53,000.If there is a negative exponent, move the decimal point to the left instead of the right. 10x4.6-3 would become 0.0046.
Yes - you can always convert numbers to scientific notation - whether they're whole numbers, or decimals.
It always helps to write the number fully out to convert to scientific notation. 13.7 billion is the same as 137,000,000,000. When we move our decimal point to make it 1.37 x 10 - we moved 11 spots to the left (positive) so our scientific notation would be: 1.37 x 1011
Since .4428 is to the ten thousandths place, and scientific notation only takes an integer, a decimal point and then the numbers after it, the scientific notation would be 4.428 * 10-1
5 in scientific notation would be 5 x 100. This is because you wouldn't have to move the decimal. With 101, you would have to move the decimal to the left two places in order to convert it to scientific notation. It would be 1.01 x 102.
To convert 1000000 into scientific notation, move the decimal point to the left until there is only one non-zero digit to the left of the decimal point. In this case, the decimal point would be moved six places to the left. Thus, 1000000 in scientific notation is written as 1.0 x 10^6.
What you would do on this questions is you would move the decimal to the right and o.ooooooo875 in scientific notation should be 8.75 × 10-8