Large Numbers 1,000 X 1 thousand = 1 million (106) 1,000 X 1
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Large Numbers 1,000 X 1 sextillion =1 septillion (1024) 1,000 X 1 septillion =1 octillion (1027) 1,000 X 1 octillion = 1 nonillion (1030) 1,000 X 1 nonillion = 1 decillion (1033) 1,000 X 1 decillion = 1 undecillion (1036) 1,000 X 1 undecillion =1 duodecillion (1039)
Large Numbers 1,000 X 1 thousand = 1 million (106) 1,000 X 1 million = 1 billion (109) 1,000 X 1 billion = 1 trillion (1012) 1,000 X 1 trillion = 1.
1,000 X 1 thousand = 1 million (106) 1,000 X 1 million = 1 billion (109) 1,000 X 1 billion = 1 trillion (1012) 1,000 X 1 trillion = 1 quadrillion (1015) 1,000 X 1 quadrillion =1 quintillion(1018) 1,000 X 1 quintillion = 1 sextillion (1021)
1,000 X 1 octillion = 1 nonillion (1030) 1,000 X 1 nonillion = 1 decillion (1033) 1,000 X 1 decillion = 1 undecillion (1036) 1,000 X 1 undecillion =1 duodecillion (1039)
One googol = One googolplex = 10googol One googolplexian = 10googolplex
Write this number in Scientific Notation.
Factor power. Exponent decimal. place value positive number. negative number.
OBJECTIVE. The students will be able to represent rational numbers by using scientific notation. rational numbers= whole numbers and decimal numbers.
Powers of = 104 = 103 = 102 = 101 = 100 =
Powers of = 10-4 = 10-3 = 10-2 = 10-1 =
Scientific Notation. -used to represent large and small numbers. -it is made up of two factors: the first is greater than or equal to 1 and less than 10; and the second is a power of ten. .
Leave only one number in front of decimal. 93,000,000 =
Step 2 Write number without zeros 93,000,000 = 9.3
Make that your power of ten. 93,000,000 = 9.3 x
93,000, Standard Form 9.3 x Scientific Notation.
Write in scientific notation. Decide the power of ten. 98,500,000 = 9.85 x 10 64,100,000,000 = 6.41 x ,000,000 = 2.79 x 10 4,200,000 = 4.2 x x > 6.41 x > 2.79 x > -----> 4.2 x 106.
1. There are over 300,000,000,000 stars in the Andromeda Galaxy. Write the number of stars in scientific notation.
2. There are approximately 306,000,000 people in United States of America. Write the population in the US in scientific notation.
3. The current population in the world is about 6.9 billion. Write the population in scientific notation.
4. The thickness of a soap bubble is about meter. What is the thickness of the soap bubble written in scientific notation
On these, decide where the decimal will be moved. 734,000,000 = ______ x ,000,000,000 = ______x ,000,000,000 = _____ x Answers. 3) 9 x x ) 8.7 x
7,200, ,000,000,000. Answers. 1) 5 x ) 7.2 x ) 8.02 x
Move the decimal to the right. 3.4 x 105 in scientific notation move the decimal. ---> 340,000 in standard form.
Write in Standard Form. Move the decimal to the right x x 104. =6,270,000. =90,100.
Positive Exponent: 2.35 x 108. Negative Exponent: 3.97 x
When changing scientific notation to standard notation, the exponent tells you if you should move the decimal: With a positive exponent, move the decimal to the right: 4.08 x 103 = Don’t forget to fill in your zeroes!
With a negative exponent, move the decimal to the left: 4.08 x 10-3 = Don’t forget to fill in your zeroes!
If an exponent is positive, the number gets larger, so move the decimal to the right. If an exponent is negative, the number gets smaller, so move the decimal to the left.
In this problem, the exponent is +3, so the decimal moves 3 spaces to the right.
In this problem, the exponent is -3, so the decimal moves 3 spaces to the left.
1) First, move the decimal after the first whole number: ) Second, add your multiplication sign and your base (10) x 10. 3) Count how many spaces the decimal moved and this is the exponent x
4) See if the original number is greater than or less than one. If the number is greater than one, the exponent will be positive = x 105. If the number is less than one, the exponent will be negative = 6.72 x
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