©KathleenBing2012ToTheSquareInch€¦ · 7. _ the number of places the decimal point moved. 8. Write the number as the product of the first number and ten to the _ of decimal

©"Kathleen"Bing"2012"To"The"Square"Inch"


Clipart by KPM Doodles

Backgrounds by Dream Like Magic


Included in this product: �*Scientific Notation Notes�

*Scientific Notation to Standard Form Notes�

*Products and Quotients in Scientific Notation Notes�

*20 Scientific Notation Task Cards�*Recording Sheet �

*Science Connection Worksheet �

Name:__________________________ Date:____________

©"Kathleen"Bing"2012"To"The"Square"Inch""

Scientific Notation 1. ___________________________ is a way to

write very large and very small numbers by using powers of ten.

2. A number in scientific notation consists of ________ factors.

3. The first factor is a number greater than or equal to ___ and less than _____

4. The second factor is a power of ____ 5. Example: 532,000 written in scientific notation

is

€

5.32×105 6. To write a number in scientific notation, move

the decimal point until the number is greater than or equal to 1 and less than 10.

7. ___________ the number of places the decimal point moved.

8. Write the number as the product of the first number and ten to the ________________ of decimal places moved.

9. If you move the decimal point to the left, the exponent will be ________________

10. If you move the decimal point to the right, the exponent will be ________________

Name:__________________________ Date:____________


11. What is 7,800,000 written in scientific notation?

12. What is 567,000,000,000 written in scientific notation?

13. What is 0.00405 written in scientific notation?

14. What is 0.00000006711 written in scientific notation?

15. What is 9,901,000 written in scientific notation?

Name:__________________________ Date:____________


Scientific Notation to Standard Form

1. You can change a number in scientific notation into

_________________ form

2. If the exponent in scientific notation is positive, move the decimal point to the __________________.

3. If the exponent in scientific notation is negative, move the decimal point to the __________________.

4. Add ________ if necessary.

5. What is

€

8.3×104 in standard form?

6. What is

€

9.47×10−5 in standard form?

Name:__________________________ Date:____________


7. What is

€


8. What is

€

1×106 in standard form?

9. What is

€


10. What is

€


Name:__________________________ Date:____________


Products and Quotients with Scientific Notation

Using Scientific Notation: 1. You will often see large numbers in the media written

using a combination of a number and a word, such as 3.2 million.

2. To write this number in standard notation, rewrite the word million as ______

3. The exponent 6 indicates that the decimal point should be moved 6 places to the _____________

4. 3.2 million = ___________________

Products with Scientific Notation 5. Evaluate

€

(5×10−8 )(2.9×102 )

6. Evaluate

€

(8.9×104 )(4 ×103 )

7. Evaluate

€

(3.5×107 )(6.1×10−8 )

Name:__________________________ Date:____________


Quotients with Scientific Notation

8. Evaluate

€

1.2789×109

5.22×105

9. Evaluate

€

7.2×103

1.8×107

10. Evaluate

€

7.2×10−2

4.5×103

Name:__________________________ Date:____________


Scientific Notation In Outer Space!

Mass of the Planets Planet Mass Mercury 3.30 x 1023 Venus 4.87 x 1024 Earth 5.97 x 1024 Mars 6.42 x 1023

Jupiter 1.90 x 1027 Saturn 5.69 x 1026 Uranus 8.68 x 1025 Neptune 1.02 x 1022

Source: NASA

1. What is the mass of Earth in standard form?

2. What is the mass of Neptune in standard form?

3. Order the mass of Jupiter, Mars and Mercury in order from least to greatest.

4. The mass of the Sun is about 1.99 x 1030. What is this number in standard form?


1. Express in standard notation: �


€

5.32×105

€

5×10−6



€

7.9×103

€

2.23×10−1


5. Express 123,000 in scientific notation. �

6. Express 0.0000004 in

scientific notation. �

7. Express 6,100,000 in scientific notation. �

8. Express 0.005 in scientific notation. �


9. There are 2x1011 stars in the

Andromeda Galaxy. Express this number in standard notation.�

10. The center of the moon is 2.389x105 miles away from the center of

Earth. Express this number in standard

notation. �

11. The mass of a proton is 1.67265x10-27

kilograms. Express this number in standard

notation. �

12. The mass of an electron is 9.1095x10-31

kilograms. Express this number in standard

notation. �


13. The average growth rate of human hair is

3.3x10-4 meter per day. Express this number in

standard notation. �

14. Express in standard notation:�



€

2.3×1010

€

5.07×10−6

€

9.43×104


17. Express 0.0000067 in


18. Express 345,000,000,000

in scientific notation. �

19. Express 56,000,000 in


20. Express 0.00003411 in


Name:________________________________________________ Date:________________________________

Scientific Notation Task Cards Common Core Standard: 8.EE.A.4

Record your answer to each task card. Show all work!

1. 2.

3. 4.

5. 6.

7. 8.

9. 10.

Name:________________________________________________ Date:________________________________

11. 12.

13. 14.

15. 16.

17. 18.

19. 20.

Name:________________________________________________ Date:________________________________

Scientific Notation Task Cards Common Core Standard: 8.EE.A.4

Record your answer to each task card.

1. _____________________________________________________________________

2. _____________________________________________________________________

3. _____________________________________________________________________

4. _____________________________________________________________________

5. _____________________________________________________________________

6. _____________________________________________________________________

7. _____________________________________________________________________

8. _____________________________________________________________________

9. _____________________________________________________________________

10. _____________________________________________________________________

11. _____________________________________________________________________

12. _____________________________________________________________________

13. _____________________________________________________________________

14. _____________________________________________________________________

15. _____________________________________________________________________

16. _____________________________________________________________________

17. _____________________________________________________________________

18. _____________________________________________________________________

19. _____________________________________________________________________

20. __________________________________________________________________

Name:________________________________________________ Date:________________________________

Choose any 4 task cards. Show all work. Don’t forget to record the card number.

#

#

#

#

Name:________________________________________________ Date:________________________________

Choose any 4 task cards. Show all work. Don’t forget to record the card number.

# #

# #


I hope that you enjoyed this product. Please remember to visit my TPT store to rate this product

and check out what else I have.

Visit my blog, To The Square Inch, for new ideas and lots of freebies!

Documents

©KathleenBing2012ToTheSquareInch€¦ · 7. _____ the number of places the decimal point moved. 8. Write the number as the product of the first number and ten to the _____ of decimal

©KathleenBing2012ToTheSquareInch€¦ · 7. _ the number of places the decimal point moved. 8. Write the number as the product of the first number and ten to the _ of decimal