Question

Move the decimal to get a number greater than or equal to 1 but less than 10.
If the original number is greater than 10, move Question Blank 3 of 9
Answer
.
If the original number is less than 1, move Question Blank 4 of 9
Answer
.

Write the number from step 3 without trailing Question Blank 5 of 9
Answer
.

Determine the Question Blank 6 of 9
Answer
by counting the number of places the decimal point moves.
If the decimal point moves left, the exponent is Question Blank 7 of 9
Answer
.
If the decimal point moves right, the exponent is Question Blank 8 of 9
Answer
.

Multiply the number part by Question Blank 9 of 9
Answer
raised to the exponent.

Answer 1

To convert a number to scientific notation, follow these steps based on the provided guidelines:

1. **Determine the Original Number**: Identify the original number that needs to be converted into scientific notation.

2. **Move the Decimal**:
- If the original number is greater than or equal to 10: Move the decimal point to the left until the number is greater than or equal to 1 but less than 10.
- If the original number is less than 1: Move the decimal point to the right until the number is greater than or equal to 1 but less than 10.

3. **Write the Adjusted Number**: Write the resulting number from the decimal movement in the required format, ensuring there are no trailing zeros after the last significant digit.

4. **Determine the Exponent**: Count how many places the decimal point has moved.
- If the decimal point has moved to the left, the exponent will be positive.
- If the decimal point has moved to the right, the exponent will be negative.

5. **Put It All Together**: The final step is to multiply the adjusted number by 10 raised to the power of the determined exponent.

Here’s how the blanks might be filled in based on a hypothetical example:

1. **If the original number is greater than 10, move**: left.
2. **If the original number is less than 1, move**: right.
3. **Write the number from step 3 without trailing**: zeros.
4. **Determine the**: exponent.
5. **If the decimal point moves left, the exponent is**: positive.
6. **If the decimal point moves right, the exponent is**: negative.
7. **Multiply the number part by**: 10 raised to the exponent.

You can apply this process to any specific number you want to convert into scientific notation.