13,250,000 Round the answer to the nearest million? How many zeros are in the number?

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section: Chapter Questions
Problem 8DE
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13,250,000 Round the answer to the nearest million? How many zeros are in the number?
Foundations of Mathematical Reasoning Version 3.0 (2020)
Student Pages
There are
80,658,175,170,943,878,571,660,636,856,463.766.975.289,505,440,883,277,824,000,000,000,00
different ways to deal a 52-card deck.' This is quite a large number! In fact, it is so large
that it is almost impossible to get an idea of how large it is just by looking at it. One way
we express very large (or very small) numbers is by using scientific notation. To use
scientific notation, we essentially think about the number using multiplication.
Refer back to In-Class Activity 1.A. Assume that the average shoulder width of the
people in the line was 1.325 feet. How long would the line be if it contained 10
million people? Express your answer in feet.
2)
1.325 X 10,000,000 = 13, R50000
Round the answer to the nearest million How many zeros are in the number?
lon10
Rewrite the answer using multiplication involving the number 13.
3)
4)
13X0=0, 13xI=1=13, 13x1=13, 1342=26 13x3=26
Think of a different way to part of the number that is a power of ten and write it
down.
Scientific Notation
A number in scientific notation is written in the form:
a x 10" where 1 < a < 10; and n is an integer.
1 is included and 10 is not included
s your answer to Question 5 written in scientific notation? Why or why no
xpress the answer in scientific notation.
estions 7-10, determine whether the number is written correctly in sci.
If not, rewrite the number correctly.
Is the number written correctly
Correct Sci
Transcribed Image Text:Foundations of Mathematical Reasoning Version 3.0 (2020) Student Pages There are 80,658,175,170,943,878,571,660,636,856,463.766.975.289,505,440,883,277,824,000,000,000,00 different ways to deal a 52-card deck.' This is quite a large number! In fact, it is so large that it is almost impossible to get an idea of how large it is just by looking at it. One way we express very large (or very small) numbers is by using scientific notation. To use scientific notation, we essentially think about the number using multiplication. Refer back to In-Class Activity 1.A. Assume that the average shoulder width of the people in the line was 1.325 feet. How long would the line be if it contained 10 million people? Express your answer in feet. 2) 1.325 X 10,000,000 = 13, R50000 Round the answer to the nearest million How many zeros are in the number? lon10 Rewrite the answer using multiplication involving the number 13. 3) 4) 13X0=0, 13xI=1=13, 13x1=13, 1342=26 13x3=26 Think of a different way to part of the number that is a power of ten and write it down. Scientific Notation A number in scientific notation is written in the form: a x 10" where 1 < a < 10; and n is an integer. 1 is included and 10 is not included s your answer to Question 5 written in scientific notation? Why or why no xpress the answer in scientific notation. estions 7-10, determine whether the number is written correctly in sci. If not, rewrite the number correctly. Is the number written correctly Correct Sci
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