+0  
 
0
465
5
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How would you solve this?

 

\(\binom40+\binom51+\binom62+\binom73\)

 Feb 2, 2020
 #1
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0

Just evaluate them one by one and should get:

 =56

 Feb 2, 2020
 #2
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If you beleive everything that people, especially anonymous guests, tell you on the internet then you are as stupid as they are.

 Feb 2, 2020
 #3
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That's funny, because it's an anonymous guest who is saying it. 

.

Guest Feb 2, 2020
 #4
avatar+36914 
0

   = 1  +  5  +  15  +  35     = 56

 Feb 2, 2020
 #5
avatar+118608 
0

If they are vectors then you would just add the top and then add the bottom

 

If it is for combinatory maths then EP has answered.

 Feb 3, 2020

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