def trans(time):
    return 60*int(time[:2])+int(time[-2:])

def parse(inFile):
    T = inFile.getInt()
    [NA,NB] = inFile.getInts()
    return (T,[[trans(word) for word in inFile.getWords()] for j in xrange(NA)],[[trans(word) for word in inFile.getWords()] for j in xrange(NB)])

def solve((T,ABTrains,BATrains)):
    Aevents = [[x[0],+1] for x in ABTrains] + [[x[1]+T,-1] for x in BATrains]
    Bevents = [[x[0],+1] for x in BATrains] + [[x[1]+T,-1] for x in ABTrains]
    Aevents.sort()
    Bevents.sort()
    Aevents = [0]+[z[1] for z in Aevents]
    Bevents = [0]+[z[1] for z in Bevents]
    for i in xrange(len(Aevents)-1):
        Aevents[i+1] += Aevents[i]
        Bevents[i+1] += Bevents[i]
    return "%d %d" % (max(Aevents),max(Bevents))

if __name__ == "__main__":
    from GCJ import GCJ
    GCJ(parse, solve, "/Users/lpebody/gcj/2008_q/", "b").run()