N = int(input())
c = list(map(str, input().split()))
#from itertools import permutations
#ans = []
#for s in permutations(c, N):
#	if s[0]=='+' or s[0] == '-':
#		continue
#	try:	
#		a = str(''.join(s))
#		if '++' in a or '--' in a or '+-' in a or '-+' in a:
#			continue
#		ans.append(eval(a))
#		#print(a)
#	except SyntaxError:
#		pass
#		
#print(max(ans),min(ans))

import collections
d = collections.Counter(c)
sign_n = d['+']+d['-']
num_n = N-sign_n
c = list(filter(('+').__ne__,c))
c = list(filter(('-').__ne__,c))
n = []
for i in c:
	n.append(int(i))
n = list(reversed(sorted(n)))
x = []
for i in range(len(n)-sign_n):
	x.append(str(n[i]))
n = [int(''.join(x))]+n[len(n)-sign_n:]
siki_p = ''
q = 0
for i in range(d['+']):
	siki_p = siki_p+ str(n[q])+'+'
	q+=1
for i in range(d['-']):
	siki_p = siki_p+str(n[q])+'-'
	q+=1
siki_p = siki_p + str(n[q])

siki_m = ''
q = 0
n =  sorted(n)
for i in range(d['+']):
	siki_m = siki_m+str(n[q])+'+'
	q+=1
for i in range(d['-']):
	siki_m = siki_m+str(n[q])+'-'
	q+=1
siki_m = siki_m + str(n[q])

#print(siki_p, siki_m)
print(eval(siki_p), eval(siki_m))