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. 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. 3333. . . .=0. bar3 can be expressed in the form p/q , where p and q are integers and q!=0 .

Express 0. 99999 in the form p/q , where p and q are integers and q!=0.

Show that 1. 272727=1. bar27 can be expressed in the form p/q , where p\ a n d\ q are integers and q!=0.

Show that 1. 272727=1. 27 can be expressed in the form p/q , where p and q are integers and q!=0.

Show that 1. 272727. . .=1. bar 27 can be expressed in the form p/q , where p and q are integers and q!=0 .

The number 1. 272727..... in the form p/q , where p\ a n d\ q are integers and q\ !=0 , is

Express 0.6+0.bar7+0.4bar7 in the form p/q where p and q are integers and q ne 0 .

In each of the following, fill in the blanks so as to make the statement true: A number which can be expressed in the form p/q ,\ where p\ and \ q are integers and q is not equal to zero, is called a.... If the integers p\ a n d\ q have no common divisor other than 1 and q is positive, then the rational number p/q is said to be in the ... Two rational numbers are said to be equal, if they have the same ....form.