import Data.List

main = do
  abc <- map read . words . map hat2sp <$> getLine
  let ans = solve abc
  putStrLn $ unwords $ map show ans

solve :: [Int] -> [Int]
solve [a,b,c] = [powerish mul 1 ab (reg c), powerish mul 1 (reg a) bc]
  where
    ab = powerish mul 1 (reg a) (reg b)
    bc = powerish mul1 1 (reg1 b) (reg1 c)
    mul1 x y = reg1 $ x * y
    reg1 x = mod x (pred modBase)

hat2sp '^' = ' '
hat2sp c   = c

modBase = 1_000_000_007

reg x = mod x modBase
mul x y = reg $ x * y

-- @gotoki_no_joe
powerish _ _ 0 _ = 0
powerish mul i a b = foldl' {-'-} mul i [p | (True, p) <- zip bs ps]
  where
    bs = map odd $ takeWhile (0 <) $ iterate (flip div 2) b
    ps = iterate (\x -> mul x x) a