Show that `0.2353535 = 0.235` can be expressed in the where `p/q , p` and `q` are integers

Show that 0.2353535... = 0.2bar35 can be expressed in the form p/q , where p and q are integers and q ne 0 .

Show that 0.3333... = 0.bar3 can be expressed in the form p/q , where p and q are integers and q ne 0 .

Show that 0.23535335=0.235 can be expressed in the form (p)/(q), where p and q integers and q!=0

Show that 0.3333 = 0.3 bar3 can be expressed in the form (p)/(q) where p and q are integer and q ne 0

Show that 0 .2353535 …= 0.bar (235) can be expressed in the form (p)/(q) where p and q are integers and q ne 0

Show that 0.2353535...=0.2bar(35) can be expressed in the form (p)/(q) where p and q are integers and q!=0

Show that 0. 2353535. . .=0. 2 bar 35 can be expressed in the form p/q , where p and q are integers and q!=0 .

Show that 0. 2353535. . .=0. 2 bar 35 can be expressed in the form p/q , where p and q are integers and q!=0 .

Show that 0. 2353535 dot=0. 2 35 can be expressed in the form p/q ,\ where p\ a n d\ q integers and q\ !=\ 0.

Show that 0.3333...=0.bar(3) can be expressed in the form (p)/(q) ,where p and q are integers and q!=0