MHB How to find out combination from following situation

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The discussion centers on calculating the number of combinations for three numbers, each having two possible statuses, "a" or "b." The first number can only have the status "a," while the second and third numbers can have either status. Participants suggest using the fundamental counting principle to determine the total combinations by multiplying the number of states for each number. A recommendation is made to use Wolfram|Alpha for formulating large numbers. The conversation emphasizes understanding the counting principle in the context of introductory statistics.
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Dear All,

There are three numbers they can have two status "a" or "b".
only one status can exist at one time for a number.
I have to chose three number(1,2,3) , they will be in this order only.
, so please tel how many combination
can be there?

1(a)
2(a)
2(b)
3(a)
3(b)

yours sincerley
 
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Hello and welcome to MHB! :D

I have moved this thread because while it may be given in a university course, it is the type of problem you would find in an introductory course in statistics.

Now, you want to apply the fundamental counting principle. The number of combinations here will be the product of each numbers possible states...what would that be?
 
MarkFL said:
Hello and welcome to MHB! :D

I have moved this thread because while it may be given in a university course, it is the type of problem you would find in an introductory course in statistics.

Now, you want to apply the fundamental counting principle. The number of combinations here will be the product of each numbers possible states...what would that be?

sorry, i forgot to mention 1 will have only one status "a"

if possible please send me some links , with which i can formulate big numbers.yours sinclerely
 
rajemessage said:
sorry, i forgot to mention 1 will have only one status "a"

if possible please send me some links , with which i can formulate big numbers.yours sinclerely

That's okay, the problem is still worked in the same way, you will just have a different factor representing the number of states for "1." You want the number of states for "1" times the number of states for "2" times the number of states for "3"...what will this product be?

As for a site that will let you formulate numbers large and small, I recommend:

Wolfram|Alpha: Computational Knowledge Engine
 
MarkFL said:
That's okay, the problem is still worked in the same way, you will just have a different factor representing the number of states for "1." You want the number of states for "1" times the number of states for "2" times the number of states for "3"...what will this product be?

As for a site that will let you formulate numbers large and small, I recommend:

Wolfram|Alpha: Computational Knowledge Engine

yes
 
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