How do you write 330 in scientific notation? _____ × 10^_____

Identify Significant Digit: Identify the most significant digit in 330 and the number of places it needs to be moved to the right to get a number between 1 and 10. 330 can be rewritten as 3.30 by moving the decimal point two places to the left.Write Coefficient: Write the number 3.30 as the coefficient in scientific notation. The coefficient in scientific notation must be between 1 and 10, and 3.30 satisfies this condition.Count Decimal Places: Count the number of places the decimal point was moved in Step 1 to determine the exponent of 10. The decimal point was moved 2 places to the left, so the exponent will be 2.Write Scientific Notation: Write the scientific notation by combining the coefficient from Step 2 and the exponent from Step 3. 330 in scientific notation is written as 3.30 × 10^2.

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How do you write $330$ in scientific notation? $\newline$ $\_\_\_\_\_\times 10^{\_\_\_\_\_}$

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Q. How do you write

330

in scientific notation?

\newline

\_\_\_\_\_\times 10^{\_\_\_\_\_}

Identify Significant Digit: Identify the most significant digit in $330$ and the number of places it needs to be moved to the right to get a number between $1$ and $10$ . $330$ can be rewritten as $3.30$ by moving the decimal point two places to the left.
Write Coefficient: Write the number $3.30$ as the coefficient in scientific notation. $\newline$ The coefficient in scientific notation must be between $1$ and $10$ , and $3.30$ satisfies this condition.
Count Decimal Places: Count the number of places the decimal point was moved in Step $1$ to determine the exponent of $10$ . The decimal point was moved $2$ places to the left, so the exponent will be $2$ .
Write Scientific Notation: Write the scientific notation by combining the coefficient from Step $2$ and the exponent from Step $3$ . $\newline$ $330$ in scientific notation is written as $3.30 \times 10^2$ .