Conditional Statements and Converse in Geometry

 The product of two even numbers is an odd number.

Dogs can fly. This statement is

February has only $28$ days. This statement is

If $n$ is a whole number then $2n^2+11$ is a prime.

The sum of the two sides of a triangle is greater than the third side.

The mathematical statements for the given sentence is

On multiplying an integer by $1$ we will get the same integer.

The mathematical statement for the given sentence is

$a^m\times a^n=a^{m+n}$, where $a,m,n\in N$

The given mathematical statement in words is

$~p\wedge q$ is logically equivalent to

A quadrilateral with all sides are equal is a square.

If $n$ is a whole number then $2n^2+11$ is a prime.

For any integers $x$ and $y$, $\sqrt{x^2+y^2}=x+y$.

Every rectangle is a square.

Choose a number. Double it. Add nine. Add your original number. Divide by three. Add four. Subtract your original number. What was the number?

 The product of two even numbers is an even number.

 The sum of two odd numbers is even.

In an _____ triangle, a median is also an angle bisector. (equilateral, scalene)

All numbers can be represented in prime factorization.

A rhombus is a parallelogram.

It is _____ to say that, February has only $28$ days (true, false, ambiguous)

Prove the following theorem.

The perpendicular from the centre of the circle to a chord bisects the chord.