Steps for Converting Scientific Notation to Standard Form Step 1: Identify the exponent in the power of 10. Step 2: Move the decimal that many places to the right if the exponent is positive and to the left if the exponent is negative. Step 3: Fill in any empty spaces with zeros.
Words WordsDecimal RepresentationScientific Notation one hundred-thousandth 0.00001 1 x 10-5 one ten-thousandth 0.0001 1 x 10-4 one thousandth 0.001 1 x 10-3 one hundredth 0.01 1 x 10-218 more rows
0 . 005 = 5 × 10 - 3.
123.7 = 100 + 20 + 3 + 7 10 Was this answer helpful?
And when we do that we get four zeros. So we write the number four next to the minus. And that givesMoreAnd when we do that we get four zeros. So we write the number four next to the minus. And that gives us gives us our final answer of 7.0 10 ^-.
And when we do that we get four zeros. So we write the number four next to the minus. And that givesMoreAnd when we do that we get four zeros. So we write the number four next to the minus. And that gives us gives us our final answer of 7.0 10 ^-.
Expanded Form of Decimal Numbers While writing the decimals in the expanded form, we need to multiply each decimal digit with the increasing exponent values of 1/10. Using the place value chart, the digits after the decimal points are represented as tenth (1/10), hundredth (1/100), thousandth (1/1000) and so on.
To write a decimal in standard form, zeros may have to be inserted after the decimal point so that the last digit is in the given place-value position. Five and thirty-eight hundredths 5.38 (8 is in the hundredths' place.)