Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Bra–ket notation wikipedia , lookup
Principia Mathematica wikipedia , lookup
Mathematics of radio engineering wikipedia , lookup
Abuse of notation wikipedia , lookup
Location arithmetic wikipedia , lookup
Musical notation wikipedia , lookup
Approximations of π wikipedia , lookup
History of mathematical notation wikipedia , lookup
Big O notation wikipedia , lookup
Large numbers wikipedia , lookup
Name: ________________________________ Mr. Art Sci3 Date: _____________ Period: ___________ Scientific Notation to Standard Form --------------------------------------------------------------------------------------------------------------------------------Type #1: Scientific Notation (with POSITIVE exponents) to LARGE Numbers in Standard Form ---------------------------------------------------------------------------------------------------------------------------------Example: Convert 1.8 10 to standard form. ---------------------------------------------------------------------------------------------------------------------------------Steps: 8 1) Move the decimal point to the RIGHT as many places as the exponent indicates. While moving the decimal point to the RIGHT, create “waves” under each number. When the numbers end, continue drawing in “waves” until you have drawn the same number of “waves” as the exponent indicates. 2) Place a zero in each of the “waves” that do not already have a number in them. 3) The number is now in standard form. 4) To finish it off, place commas after every three digits when reading right to left. Start at the decimal point, go to the left three digits (place a comma), continue to the left three digits (place a comma), etc. Type #2: Scientific Notation (with NEGATIVE exponents) to SMALL Numbers in Standard Form ---------------------------------------------------------------------------------------------------------------------------------8 Example: Convert 1.8 10 to standard form. ---------------------------------------------------------------------------------------------------------------------------------Steps: 1) Move the decimal point to the LEFT as many places as the exponent indicates. While moving the decimal point to the LEFT, create “waves” under each number. When the numbers end, continue drawing in “waves” until you have drawn the same number of “waves” as the exponent indicates. 2) Place a new decimal point at the end of the last “wave”. 3) Place a zero in each of the “waves” that do not already have a number in them. 4) The number is now in standard form. Comparing Numbers in Scientific Notation Step #1: If they have the same power of 10... compare the COEFFICIENTS Directions: Use an inequality symbol to state which following numbers in scientific notation is greater than the other. Example #1: 5.2 x 108 3.7 x 108 Example #2: 2.10 x 10-3 2.01 x 10-3 Step #2: If they have different powers of 10... compare the EXPONENTS (the greater the exponent, the greater the number) Directions: Use an inequality symbol to state which following numbers in scientific notation is greater than the other. Example #1: 1.2 x 109 2.85 x 107 Example #2: 6.7 x 10-3 5.7 x 10-4 Practice Examples Directions: Convert the following numbers from scientific notation to standard form. 1) 4.12 x 10-9 = _________________________ 2) 6.3 x 107 = _________________________ 3) 9 x 10-5 = _________________________ 4) 3.14 x 108 = _________________________ Directions: Use an inequality symbol to state which following numbers in scientific notation is greater than the other or write an equal sign if they are equivalent. 5) 1.3 x 10-3 1.2 x 10-2 6) 1.2 x 109 0.12 x 108