'Move decimal left' presentation slideshows

Objective/Warm-up

Objective/Warm-up. Students will be able to distinguish between accuracy and precision. Students will be able to use scientific notation. How many sig figs in each number? 3.400 0.00304 0.34090 0.0030 4500. Notes-Accuracy. How close the measurement is to the real, true, or

294 views • 29 slides

Significant Figures

365 views • 21 slides

Scientific Notation

Scientific Notation. A short-hand way of writing large numbers without writing all of the zeros. The Distance From the Sun to the Earth. 93,000,000. Step 1. Move decimal left for numbers more than one and right for numbers less than one Leave only one number in front of decimal.

211 views • 21 slides

Scientific Notation

Scientific Notation. A short-hand way of writing large numbers without writing all of the zeros. The Distance From the Sun to the Earth. 93,000,000. Step 1. Move decimal left Leave only one number in front of decimal. 93,000,000 = 9.3000000. Step 2. Write number without zeros.

167 views • 15 slides

Scientific Notation

Scientific Notation. A short-hand way of writing large numbers without writing all of the zeros. The Distance From the Sun to the Earth. 93,000,000. Step 1. Move decimal left Leave only one number in front of decimal. 93,000,000 = 9.3000000. Step 2.

279 views • 13 slides

Negative Exponents Scientific Notation for Small Numbers

Negative Exponents Scientific Notation for Small Numbers. Lesson 51 Power Up k Page 346. Negative Exponents. Negative Exponents. Example 1. Find the missing exponents:. Example 2. Example 3. Practice Problems. Scientific Notation for Small Numbers. 1. Small Number (numbers less than 1)

537 views • 10 slides