For the binary operation multiplication modulo `5\ (xx_5)` defined on the set `S={1,\ 2,\ 3,\ 4}` . Write the value of `(3xx_5 4^(-1))^(-1)` .

For the binary operation multiplication modulo 10(xx10) defined on the set S={1,3,7,9}

For the binary operation multiplication modulo 5(xx5) defined on the set S={1,2,3,4} Write the value of (3xx_(5)4^(-1))^(-1)

For the binary operation multiplication modulo 5*(xx_(5)) defined on the set A={1,2,3,4}, find the value of {2xx_(5)3^(-1) . [Note that the inverse of 3 is 2]

Write the composition table for the binary operation multiplication modulo 10\ (xx_(10)) defined on the set S={1,\ 3,\ 7,\ 9} .

The binary operation multiplication modulo 10(xx_(10)) is defined on the set A={0,1,3,7,9,}, find the inverse of the element 7.

Write the composition table for the binary operation xx5 (multiplication modulo 5) on the set S={0,1,2,3,4}.

Write the composition table for the binary operation xx_5 (multiplication modulo 5) on the set S={0,\ 1,\ 2,\ 3,\ 4} .

Construct the composition table for the binary operation multiplication modulo 5(xx_(5)) on the set A={0,1,2,3,4} .

Write the composition table for the binary operation multiplication modulo 10\ (xx_(10)) on the set S={2,\ 4,\ 6,\ 8} .

Write the composition table for the binary operation multiplication modulo 10(xx_(10)) on the set S={2,4,6,8}