premise: A yellow race car sliding through a corner as spectators watch.
hypothesis: There are no cars at the racetrack today.
explanation_1: There cant be a yellow race car and no cars at the same time.
explanation_2: A YELLOW RACE CAR CANNOT SLIDE WHERE NO CARS ARE AT THE RACETRACK.
explanation_3: If there are no cars at the racetrack there wouldn't be a yellow race car there.
premise_logic: exists e2 e1 s1 x1 x2 x3 x4 x5 x6.(a_topic(x1) & Theme(e2,x6) & Actor(e2,e1) & v_watch(e2) & (x1 = x6) & through(e1,x4) & as(x4,x5) & n_spectator(x5) & n_corner(x4) & Actor(e1,x3) & v_slide(e1) & n_thing(x3) & n_car(x1) & of(x1,x2) & n_race(x2) & a_yellow(s1) & Theme(s1,x1))
hypothesis_logic: exists p1 x1 x2 x3.(n_racetrack(x2) & Time(p1,x3) & n_today(x3) & at(p1,x2) & -exists x4.((x1 = x4) & n_car(x4)))
premise_sim: exists e2 e1 s1 x1 x2 x3 x4 x5 x6.(v_watch(e2) & v_slide(e1) & through(e1,x4) & of(x1,x2) & n_thing(x3) & n_spectator(x5) & n_race(x2) & n_corner(x4) & n_car(x1) & as(x4,x5) & a_yellow(s1) & a_topic(x1) & Theme(s1,x1) & Theme(e2,x6) & Actor(e2,e1) & Actor(e1,x3) & (x1 = x6))
hypothesis_sim: exists p1 x1 x2 x3.(n_today(x3) & n_racetrack(x2) & at(p1,x2) & all x4.(-n_car(x4) | -(x1 = x4)) & Time(p1,x3))