PLS cotinus finished Part d. As soon as possible! How many routes of length K are present between two given cities? Define a function which takes four inputs Adjacency 2Smatrix, route length, source city (the first city of the route) and the destination city (the last city of the route). 2Return the number of routes of length K from source city to destination city. For example, calling total_routes_k_steps(Adj,5, 0, 1) should return the number of routes of length 5 from city 0 to city 1 [10]1# Input - Adjacency matrix, length K, source city, destination city2 # Output - feasible routes3 def total_routes_k_steps(Adj,45678 F # Add your code91011 A # Return the total number of feasible routes between the source city and destination city12return131415m.):# Compute the new adjacency matrix corresponding to ten tripsAdj_k = ... Run the code below to verify whether your Python answer is correct. Do not modify the code below.4567812 try:3if total_routes_k_steps(Adj, 10, 0, 0) == 1539 and total_routes_k_steps(Adj, 10, 3, 1) == 3734 and total_routes_k_steps(Adj, 10, 2, 4) == 2317 and total_routes_k_steps (Adj, 10, 4, 3)== 3160:print('Success')# DO NOT MODIFY THE CODE BELOWelse:print('Incorrect: Please try again')except:print('Incomplete implementation')

We need to write a Python code that returns the number of routes of length K between two given…

) How many routes of length K are present between two given cities? Define a function which takes four inputs - Adjacency 2 matrix, route length, source city (the first city of the route) and the destination city (the last city of the route). 2 Return the number of routes of length K from source city to destination city. For example, calling total_routes_k_steps (Adj, 5, 0, 1) should return the number of routes of length 5 from city 0 to city 1 [10] # Input - Adjacency matrix, length K, source city, destination city #Output feasible routes def total_routes_k_steps (Adj, me mand: # Compute the new adjacency matrix corresponding to ten trips Adj_k = ...