#pragma GCC optimize("Ofast")
#pragma GCC target("avx2")

#define rd_init() char*rp=({char*mmap();mmap(0l,1l<<25,1,2,0,0ll);})
#define rd() ({int _v=0,_c;while(_c=*rp++-48,_c>=0)_v=_v*10+_c;_v;})
#define WTHI(v) {unsigned _z=v,_n=0;long _d=0;while(++_n,_d=_d<<8|0x30|_z%10,_z/=10);*(long*)wp=_d;wp+=_n;}
#define WTLO(v) {unsigned _z=v,_n=8;long _d=0;while(_d=_d<<8|0x30|_z%10,_z/=10,--_n);*(long*)wp=_d;wp+=8;}
#define wt(v) if(v>=100000000){WTHI(v/10);*wp++=v%10+'0';}else{WTHI(v);}
#define repeat(e) for(typeof(e)_=e;_--;)
#define chmin(v,a) (v=v<=a?v:a)
#define chmax(v,a) (v=v>=a?v:a)

char wbuf[1<<25];

int main(){
	char*wp=wbuf;
	rd_init();
	int t=rd();
	repeat(t){
		unsigned v;
		int a=rd();
		int b=rd();
		int c=rd();
		int d=rd();
		int e=rd();
		int f=rd();
		int x=0;
		chmax(x,e-b-c);
		chmax(x,f-a-c);
		chmax(x,d-a-b);
		v=x;
		wt(v);
		*wp++=' ';
		chmin(a,e);
		chmin(b,f);
		chmin(c,d);
		v=a+b+c;
		wt(v);
		*wp++='\n';
	}
	write(1,wbuf,wp-wbuf);
	_exit(0);
}