import sys
readline=sys.stdin.readline
from collections import defaultdict
import math

def LCM(n,m):
    if n or m:
        return abs(n)*abs(m)//math.gcd(n,m)
    return 0

def Totient(N,mod):
    retu=N
    primes=list(Factorize(mod).keys())
    l=len(primes)
    dp_popcount=[0]*(1<<l)
    dp_count=[N]*(1<<l)
    for bit in range(1,1<<l):
        i=(bit&-bit).bit_length()-1
        dp_popcount[bit]=dp_popcount[bit^1<<i]+1
        dp_count[bit]=dp_count[bit^1<<i]//primes[i]
        if dp_popcount[bit]%2==0:
            retu+=dp_count[bit]
        else:
            retu-=dp_count[bit]
    return retu

def Factorize(N):
    assert N>=1
    factors=defaultdict(int)
    for p in range(2,N):
        if p**2>N:
            break
        while N%p==0:
            factors[p]+=1
            N//=p
    if N!=1:
        factors[N]+=1
    return factors

def Permutation_Product(x,n,f):
    lst=[]
    dct={}
    idx=0
    cur=x
    while True:
        if cur in dct.keys():
            loop_begin=dct[cur]
            loop_end=idx
            break
        else:
            lst.append(cur)
            dct[cur]=idx
            cur=f(cur)
            idx+=1
    if loop_end-1>=n:
        return lst[n]
    n-=loop_begin
    loop_length=loop_end-loop_begin
    lst=lst[loop_begin:]
    return lst[n%(loop_length)]

A,N,M=map(int,readline().split())
mod=1
MM=M*M
while MM>=2:
    mod=LCM(mod,MM)
    for p in Factorize(MM):
        MM=MM*(p-1)//p
ans=Permutation_Product(1,N,lambda x:pow(A,x,mod))%M
print(ans)