Taxi route counts #1

d = 1 d=1 and V = ( n ) \vec{V}=(n) , where n n is a positive integer.

There are a positive integer number, d d , of independent vectors, V i \vec{V}_i , where i i runs from 1 to d d . A trip starts from the appropriate 0 \vec{0} of d d components and goes to a destination vector of d d positive integer components. A step of a trip consists of adding 1 1 to a single component of the taxi's current position vector which was initially 0 \vec{0} of d d components. How many distinct routes would accomplish this trip?


The answer is 1.

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1 solution

There is only one way there no matter how long the trip is.

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