Given below are two pairs of statements. Combine these two statements using if and only if: `p :` if a rectangle is a square, then all its four sides are equal. `q` : if all the four sides of a rectangle are equal, then the rectangle is a square

Given below are two pairs of statements. Combine these two statements using if and only if.(i) p: If a rectangle is a square, then all its four sides are equal. q: If all the four sides of a rectangle are equal, then the rectangle is a square.(ii) p: If the sum of digits of a number is divisible by 3, then the number is divisible by 3. q: If a number is divisible by 3, then the sum of its digits is divisible by 3.

Given below are two pairs of statements. Combine these two statements using "if and only if". (i) p: If a rectangle is a square, then all its four sides are equal. q: If all the four sides of a rectangle are equal, then the rectangle is a square.

Re-write the statement with 'If and only if' " If a rectangle is a square , then all its four sides are equal "

Given below are two pairs of statement . Combine these two statement using " if and only if " (i) p : If a rhombus is a square , then all its angles are 90^@ q : If all the angles of a rhombus are 90^@ , then it is sqaure (ii) p : If the sum of digit of a number is divisble by 9 , then the number is divisble by 9 q : If a number is divisble by 9 , then the sum of its digit is divisble by 9

Given below are two pairs of statements. Combine these two statements using if and only if: p : if the sum of the digits of a number is divisible by 3, then the number is divisible by 3. q : if a number is divisible by 3, then the sum of its divisible by 3.

The quadrilateral, whose four sides are equal, is a square

The perimeter of a rectangle is 32 cm. Find its maximum possible area if the sides of the rectangle are whole numbers only.

A rectangle is made up of 16 squares of side 1 cm each. What possible dimensions can the rectangle have ?

Rewrite the following statement in the form p if only if q : q : if a quadrilateral is equiangular, then it is a rectangle and if a quadrilateral is a rectangle, then it is equiangular.

If the two diagonals of a parallelogram are equal, it is a rectangle.