11) Use what you have learned to express the number of ways a 52-card deck can be shuffled in scientific notation. Only use the first two digits of the full number. Scientific notation of a number is the a convenient way of representing the number in decimal form when the number is too long or too short. A number can be represented in scientific form by representing the number as a number between 1 and 10 multiplied by 10 raised to some power. Now in a deck of card there will be 52 different cards. Therefore the number of ways (n) the cards can be shuffled is given by; N= 521 =8.065817517x10^67 =8.1x10^67 ways Therefore, a deck of card can be shuffled in 8.1x10^67 different ways. 12) How does expressing this number in scientific notation change the way you understand the number?
11) Use what you have learned to express the number of ways a 52-card deck can be shuffled in scientific notation. Only use the first two digits of the full number. Scientific notation of a number is the a convenient way of representing the number in decimal form when the number is too long or too short. A number can be represented in scientific form by representing the number as a number between 1 and 10 multiplied by 10 raised to some power. Now in a deck of card there will be 52 different cards. Therefore the number of ways (n) the cards can be shuffled is given by; N= 521 =8.065817517x10^67 =8.1x10^67 ways Therefore, a deck of card can be shuffled in 8.1x10^67 different ways. 12) How does expressing this number in scientific notation change the way you understand the number?
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
How does expressing this number in scientific notation change the way you understand the number.
Transcribed Image Text:Aa v
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Styles Styles
Pane
A v I v
40.JAIU
TmE ToLaLIoITIS TOL COTeCt as 40..
is not a number between 1 and 10
The notion is correct since 3.2 is
3.2x10^-4
9) 3.2x10^-4
between 1 and 10
10) -1.5x10^1
Here the magnitude of -1.5 is
-1.5x10^1
between1 and 10. Hence the
notation is correct
11) Use what you have learned to express the number of ways a 52-card deck can be
shuffled in scientific notation. Only use the first two digits of the full number.
Scientific notation of a number is the a convenient way of representing the number in
decimal form when the number is too long or too short. A number can be represented
in scientific form by representing the number as a number between 1 and 10 multiplied
by 10 raised to some power.
Now in a deck of card there will be 52 different cards. Iherefore the number of ways (n)
the cards can be shuffled is given by;
N= 52!
=8.065817517x10^67
=8.1x10^67 ways
Therefore, a deck of card can be shuffled in
8.1x10^67 different ways.
12) How does expressing this number in scientific notation change the way you understand
the number?
English (United States)
E Focus
04 from scientific form to standard form.
12
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MacBook Pro
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