a, b, c = map(int, input().split())

def solve(a, b, c):
    def f(x):
        return x**3 + a * x**2 + b * x + c
    def nibutanR(lower, upper):
        eps = 0.000001
        while abs(lower - upper) > eps:
            mid = (lower + upper)/2
            if f(mid) > 0:
                upper = mid
            else:
                lower = mid
        val = (lower + upper)/2
        ans0 = int(val)
        ans1 = ans0 + (1 if val > 0 else - 1)
        if (abs(val - ans0) > abs(val - ans1)):
            return ans1
        else:
            return ans0

    def nibutanZ(lower, upper):
        while True:
            mid = (lower + upper)//2
            if f(mid) == 0:
                return mid
            if f(mid) > 0:
                upper = mid
            else:
                lower = mid
        
    p = int((- a - (a*a - 3.0*b)**0.5)/3.0)
    q = int((- a + (a*a - 3.0*b)**0.5)/3.0)
    x1 = nibutanZ(-10**10, p)
    x2 = nibutanZ(q, p)
    x3 = nibutanZ(q, 10**10)
    return x1//10, x2//10, x3//10

print(*solve(10*a, 100*b, 1000*c))