#!/usr/bin/env python

def ChkKado(x, y, z):
    if x != y != z != x:
        if x > y < z or x < y > z:
            return True
    return False


def MkRange1(d0, dt):
    tmax = float('inf')
    tmin = 0.0

    if dt == 0:
        if d0 <= 0:
            tmax = -1
    elif dt > 0:
        tmin = max(0.0, -d0/dt)
    elif dt < 0:
        tmax = -d0/dt

    return [tmin, tmax]


def MkRange2(d0, dt):
    tmax = float('inf')
    tmin = 0.0

    if dt == 0:
        if d0 >= 0:
            tmax = -1
    elif dt > 0:
        tmax = -d0/dt
    elif dt < 0:
        tmin = max(0.0, -d0/dt)

    return [tmin, tmax]


def ChkAbKado(x0, y0, z0, xt, yt, zt):
    dyx = [y0 - x0, yt - xt]
    dyz = [y0 - z0, yt - zt]
    yxrange1 = MkRange1(*dyx)
    yzrange1 = MkRange1(*dyz)
    yxrange2 = MkRange2(*dyx)
    yzrange2 = MkRange2(*dyz)
    if max(yxrange1[0], yzrange1[0], 0.0) < min(yxrange1[1], yzrange1[1]):
        return True
    elif max(yxrange2[0], yzrange2[0], 0.0) < min(yxrange2[1], yzrange2[1]):
        return True
    else:
        return False


N = int(input())
tcases = []
for i in range(N):
    tcases.append([int(x) for x in input().split()])

for tcase in tcases:
    if ChkKado(*tcase[:3]):
        print('YES')
    elif ChkAbKado(*tcase):
        print('YES')
    else:
        print('NO')