from random import choices

n=input()

p=[1,2,3,4,5,6]

for i in range(0,int(n)):

w=input()
w = [float(e) for e in w.split(',')]
ls = input().split(',')
ladders=ls[0]
snakes=ls[1]

b=input()
ladder_dict = {}

ladder_pos=b.split()
for i in range(len(ladder_pos)):
    ladder_map = ladder_pos[i].split(',')
    ladder_dict[ladder_map[0]] = [ladder_map[1]]



s=input()


snake_dict = {}
snake_pos=s.split()
for i in range(len(snake_pos)):
    snake_map = snake_pos[i].split(',')
    snake_dict[snake_map[0]] = [snake_map[1]]



def roll(p,w):
    return choices(p,w)

dice_turn = 0
i = 1
counter = 0
while i <= 100 :

#print(i , dice_turn) #print(counter) if i == 100: break counter += 1 dice_turn = roll(p,w) if (i+int(dice_turn[0])) <= 100: i = i+int(dice_turn[0]) for start,stop in ladder_dict.items(): #print(i , start , stop) if i == int(start): #print("value matched ladder") i = int(stop[0]) for start,stop in snake_dict.items(): #print(i , start , stop) if i == int(start): #print("value matched snake") i = int(stop[0])

            print(counter)