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The figure below shows the network connecting cities A, B, C, D, E and F. The arrows indicate permissible direction of travel. What is the number of distinct paths from A to F?

  

  1. $9$
  2. $10$
  3. $11$
  4. None of these
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(E) = 1
(C) = (E) + 1 = 2
(D) = (C) + (E) = 3
(B) = 1 + (C) + (D) + (E) = 7
(A) = (B) + (D) = 10.
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yes. good one :)
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Answer 10
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how?
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just counted number of directed path, nothing special :)
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okay :) but can be solved using dynamic programming :)
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The number of distinct paths from $A\rightarrow F$ is :

  1. $ABF$
  2. $ABCF$
  3. $ABCEF$
  4. $ABEF$
  5. $ABDEF$
  6. $ABDCF$
  7. $ABDCEF$
  8. $ADCF$
  9. $ADCEF$
  10. $ADEF$

Option (B) is correct.

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