EQUALITY OF RATIONAL NUMBERS Two rational numbers `p/q and r/s` are equal if `p xx s = q xx r`.

If (p)/(q) is a rational number, then p cannot be equal to zero.

If (r )/(s) is a rational number, then s cannot be equal to zero.

Given that (p)/(q) and (r)/( s) are two rational numbers with different denominators and both of them are in standard form. To compare these rational numbers we say that: (square)/( square) gt (square)/( square) , if p xx s gt r xx q

Given that (p)/(q) and (r)/( s) are two rational numbers with different denominators and both of them are in standard form. To compare these rational numbers we say that: (square )/( square) lt (square)/( square) . If p xx s lt r xx q

State whether the statements given are True or False. If (p)/(q) is a rational number and m is a non-zero integer, then (p)/(q) = (p xx m)/( q xx m)

The rational number 10.11 in the form (p)/(q) is _________.

State whether the statements given are True or False. If (p)/(q) is a rational number and m is a non-zero integer, then (p xx m)/( q xx m) is a rational number not equivalent to (p)/(q) .

If (p)/(q) is a rational number, then q cannot be ______.