
www.VirtualNerd.com
How Do You Convert From Scientific Notation to Decimal Notation?
Convert '3.25 x 109' and '4 x 10-7' to decimal notation
Summary
- '3.25 x 109' and '4 x 10-7' are in scientific notation
- If the exponent is positive, move the decimal to the right
- Write zeros in all the empty spaces created by moving the decimal
- Rewriting the answer helps it look better
- If the exponent is negative, move the decimal to the left

Notes
-
-
- We want to look at the exponents for the number of places and the direction in which to move the decimal
-
- We want to look at the exponents for the number of places and the direction in which to move the decimal
-
- If the exponent is positive, move the decimal to the right
-
- Here, we're starting to write '3.25 x 109' in decimal notation
-
- We want to look at the exponents for the number of places and the direction in which to move the decimal
-
- If the exponent is positive, move the decimal to the right
-
- Write zeros in all the empty spaces created by moving the decimal
-
- '3,250,000,000' is now in decimal notation and has an invisible decimal point after the last zero
-
- Ending up with a big number after converting to decimal notation is perfectly ok
-
-
- We want to look at the exponent for the number of places and the direction in which to move the decimal
-
- We look at the exponent for the number of places and the direction in which to move the decimal
-
- Here, we're starting to write '4 x 10-7' in decimal notation
-
- There is an invisible decimal point after the '4' in ' '4 x 10-7'
-
- We look at the exponent for the number of places and the direction in which to move the decimal
- If the exponent is negative, move the decimal to the left
-
- Write zeros in all the empty spaces created by moving the decimal
- '0.0000004' is now in decimal notation