Q9.2 1 Point This is the church encoding for if false then false else true: (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x). What is the beta-normal form of this expression? (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x) λκ.λγ.κ Ax.Ay.y Ay-y It produces an infinite loop. Save Answer Q9.3 1 Point Which of the following lambda expressions correctly represents if false then (if false then false else true) else false? ○ (Ax.Ay.y)(x.Ay.y)(λx.λy.x)(λx.λy.x) (\x.\y.x)(\x.\y.y)((\x.\y.y)(\x.\y.y)(^x.Лy.x)) © (Ax.Ay.y)((Ax.Ay.y)(Ax.Ay.y)(Ax.Ay.x))(Ax.λy.y) ○ (Ax.Ay.y)(x.Ay.x)(λx.λy.y)(^x.λy.x) Q9 3 Points Given the following Church encodings: True: Ax.Ay.x False: Ax.Ay.y If a Then Else c: abc Q9.1 1 Point Which of the following represents if true then false else true ? (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x) Save Answer

Q9.2 1 Point This is the church encoding for if false then false else true: (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x). What is the beta-normal form of this expression? (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x) λκ.λγ.κ Ax.Ay.y Ay-y It produces an infinite loop. Save Answer Q9.3 1 Point Which of the following lambda expressions correctly represents if false then (if false then false else true) else false? ○ (Ax.Ay.y)(x.Ay.y)(λx.λy.x)(λx.λy.x) (\x.\y.x)(\x.\y.y)((\x.\y.y)(\x.\y.y)(^x.Лy.x)) © (Ax.Ay.y)((Ax.Ay.y)(Ax.Ay.y)(Ax.Ay.x))(Ax.λy.y) ○ (Ax.Ay.y)(x.Ay.x)(λx.λy.y)(^x.λy.x) Q9 3 Points Given the following Church encodings: True: Ax.Ay.x False: Ax.Ay.y If a Then Else c: abc Q9.1 1 Point Which of the following represents if true then false else true ? (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.x) (Ax.Ay.x) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.y) (Ax.Ay.x) Save Answer