Let L(x) "x is a lion" D(x) = "x is a deer" A(x,y) = "x attacks y" R(x,y) = "x runs from y" Select the best answer in English form for the following a) ax ay L(x) * D(y) * A(x,y) Some deer attack all lions Some lion attacks some deer Every lion attacks all deer Every lion attacks every deer Some deer runs from all lions Exactly one lion attacks some deer . Exactly one lion attacks exactly one deer Every Lion attacks one deer b) vx ay L(x) - (D(y) * A(x,y)) All lions attack two deer Some deer runs from every lion All deer runs from the same lion Every lion attacks the same deer Every lion attacks all deer For every lion, there is only one deer it attacks . For Every lion, there is some deer it attacks c) ax vy D(x) * L(y) * R(x,y) All deer run from all lions There is at least one deer who runs from some lion All deer are attacked by the same lion Some deer run from some lions . There is at least one deer who runs from all lions All lions attack some deer Some lion attacks some deer . Only one deer runs from all lions d) vx vy (L(x) * D(y) * R(y,x)) + -A(x,y) If any deer runs from some lion, all lions won't attack it . If all lions runs from all deer, all deer won't attack them. Lions who run from deer can not be attacked by them . If all deer runs from all lions, all lions won't attack them. Deer run from lions who do not attack them Deer who run from lions can not be attacked by them . Lions run from Deer who do not attack them e) x vy L(x) * D(y) * -A(x,y) All deer attack some lion The same lion attacks every deer there is some lion who attacks every deer All deer are attacked by some lion All deer run from some lion . there is some lion who fails to attack any deer The same lion attacks some deer