Scientific Notation Practice Problems #3.

Slides:



Advertisements
Similar presentations
Scientific Notations - Operations Addition and Subtraction 1 st Convert one of the numbers so the exponents match 2 nd Add or subtract the decimal numbers.
Advertisements

Name:_______________ UNIT 2 TEST (Review / Reteach) DIRECTIONS: Simplify each term. Circle final answers x 3+7 5x x
Multiplying and Dividing in Scientific Notation
EXAMPLE 2 Standardized Test Practice SOLUTION Standard form Product form Scientific notation 4 10 –6 Move decimal point 6 places to.
Objectives: (1) To write a number in scientific notation. (2) To perform calculations with numbers written in scientific notation.
Scientific Notation. What is scientific notation? Scientific notation is a way of expressing really big numbers or really small numbers. It is most often.
TOPIC: Scientific Notation product The number is written as the product of two other numbers: not – A number between 1 and 10 (not 10) – and – A power.
Aim: How can we express a large or small number?
8 th Grade Math Chapter 2 Review. Chapter 2 Review 1)Use >, < or = to compare a) -7 < 7 b) -3 < -1 □ □
Operations with Scientific Notation. Warm Up To add or subtract, rewrite the numbers to the same power of 10, add or subtract the multipliers, and rewrite.
 Exponents MUST BE THE SAME before you can add/subtract 2 numbers written in scientific notation.  Example 1: 7.35 x 10 2 m x 10 2 m = ? › Are.
Multiplying and Dividing with Scientific Notation.
Scientific Notation Ms. A. Trevino. Scientific Notation The form that you usually write numbers in is standard notation. A number is in scientific notations.
8.4 Use Scientific Notation Algebra. Scientific Notation Numbers such as 1,000,000, 153,000 and are written in standard form. Another way to write.
SCIENTIFIC NOTATION. Convert to scientific notation       Convert to standard notation  1.92 X 10 3 
EXAMPLE 4 Multiplying Numbers in Scientific Notation Find the product ( ) ( ). = ( ) ( ) = =
Miss Spiteri Chemistry
7 jumps right 12 jumps left Objective - To solve problems involving scientific notation Scientific Notation- used to write very large or very small numbers.
5 jumps right 9 jumps left Objective - To use scientific notation to write very large or very small numbers. Scientific Notation Examples: 6,320,000,000.
SCIENTIFIC NOTATION. Scientific Notation: a short-hand way of writing large numbers or small numbers without writing all of the zeros.
Converting a Decimal to Scientific Notation 1. Count the number N of places that the decimal point must be moved in order to arrive at a number x, where.
Scientific Notation.  Allows us to write very big and very small numbers.
Scientific Notation.
MAT111 epw 10/11/061 Working with Scientific Notation or Was Scientific Notation Invented by Mad Scientists?
Operations with Scientific Notation SWBAT multiply and divide numbers in scientific notation.
Scientific Notation. Writing Scientific Notation Writing 1.A number between 0 and 10.
Scientific Notation (6.6) Moving decimals To and fro.
Scientific Notation 1. Scientific notation is a way to shorten a large number (makes using it in calculations easier) 2.
SCIENTIFIC NOTATION RULES. Rules for converting to Scientific Notation One non-zero number before the decimal One digit after the decimal If you are making.
Change to scientific notation: A. B. C. 289,800, x x x
7.10 Scientific Notation Objective: To use scientific notation. Warm – up: Rewrite each number in decimal form. 1)1 x ) 3.6 x 10 6 Rewrite each.
CHAPTER 4 REVIEW GAME. FIND THE GCF OF 12, 40, Answer: 4.
Convert into scientific notation:
Objectives Evaluate and multiply by powers of 10.
Check Test # 1 Scientific Notation Professor Larry Byrd
Scientific Notation.
Scientific Notation Students should be able to convert regular notation and scientific notation while following the rules of sig figs.
Solve It Convert This Say What? Compare Us Final Jeopardy.
Q 1 & 2 p23 1. Write the following measurements in scientific notation: a m d m b kg e km c L f.
Adding and Subtracting in Scientific Notation
SCIENTIFIC NOTATION.
Increasing Decreasing Constant Functions.
Scientific Notation.
Adding Numbers in Scientific Notation
Binary numbers pt. 2.
5.1 Integer Exponents and Scientific Notation.
“Take the top #, Divide by the bottom #!”
Objective - To use scientific notation to write very large or very small numbers. Examples: 6,320,000,000 = 9 jumps left = 5 jumps right.
Objective - To solve problems involving scientific notation
Scientific Notation.
Standard and Scientific Notation
Properties of Exponents
Applying Exponent Rules: Scientific Notation
Unit 1: Matter & Measurement
Scientific Notation IPC.
Scientific Notation CP Chemistry.
סדר דין פלילי – חקיקה ומהות ההליך הפלילי

Convert Your Ordinary Home Into a Smart Home
Learning Targets Students will be able to: Evaluate and multiply by powers of 10.Convert between standard notation and scientific notation.
Multiplying and Dividing in Scientific Notation
Scientific Notation Mrs. Nielsen Chemistry.
LT: I can describe different techniques used to separate mixtures.
You must show all steps of your working out.
Question 1.
Convert to scientific notation
Convert the following to rectangular form:
Chapter Ten Exponents and Scientific Notation
Warm Up Find each product. 1. (x – 2)(2x + 7) 2. (3y + 4)(2y + 9)
Section 2.2 Scientific Notation.
Presentation transcript:

Scientific Notation Practice Problems #3

Convert the following #s in ordinary notation to standard scientific notation.   1) 4,030,000 4.03 x 106 2) .0000988 9.88 x 10-5 3) .000000023 2.3 x 10-8

Convert the following #s in ordinary notation to standard scientific notation. 4) 602,000,000,000,000,000,000 6.02 x 1020 5) 61,500,000 6.15 x 107 6) 0.000000568 5.68 x 10-7

Convert the following #s in ordinary notation to standard scientific notation. 7) 321,000 3.21 x 105 8) 64,960,000,000 6.496 x 1010 9) 0.0007085 7.085 x 10-4

Convert from scientific notation to ordinary notation.  10) 1.915 x 107 19,150,000 11) 6.73 x 10-9 0.00000000673 2.9 x 10-8 0.000000029

Convert from scientific notation to ordinary notation. 13) 3.25 x 106 3,250,000 14) 1.9 x 107   19,000,000 15) 4.2715 x 109 4,271,500,000  

Convert from scientific notation to ordinary notation. 16) 3.08 x 10-3   0.00308 17) 9.04 x 10-9 0.00000000904 18) 5.874 x 102 587.4

Compare the following numbers in using >, <, or =. 11. (4.5 x 106) < (3.7 x 109) 12. (3.1 x 10-2) > (8.3 x 10-6)

Perform any operations using scientific notation form Perform any operations using scientific notation form. All answers should be in scientific notation. 13. (7 x 107) ÷ (3.5 x 103) = 2 X 104 14. (6.2 x 105) x (2.4 x 103) = 1.5 X 109 15. (2.3 x 108) x (2.1 x 10-5) = 4.8 X 103

Perform any operations using scientific notation form Perform any operations using scientific notation form. All answers should be in scientific notation. 16. (3.2 x 104) ÷ (8.0 x 102) = 4.0 X 101 17. (4.2 x 106) ÷ (7.0 x 10-3) = 6.0 X 108 18. (7 x 10-5) x (9.2 x 103) = 6 X 10-1

Perform any operations using scientific notation form Perform any operations using scientific notation form. All answers should be in scientific notation. 19. (9.0 x 1021) ÷ (3.0 x 1017) = 3.0 X 104 20. (4.0 x 10-4) x (2.5 x 102) = 1.0 X 10-1 21. (8.8 x 105) ÷ (2.2 x 10-2) = 4.0 X 107

Perform any operations using scientific notation form Perform any operations using scientific notation form. All answers should be in scientific notation. 22. (5.6 x 10-2) x (2.0 x 10-4) = 1.1 X 10-5 23. (3.0 x 105) x (8.1 x 101) = 2.4 X 107