For each of the following compounds statements first identify the connecting words and then break it into component statements. Square of an integer is positive or negative.

For the following compound statement, first identify the connective word and then break it into component statements. Square of an integer is positive or negative.

For each of the following compound statements first identify the connecting words and then break it into component statements.(i) All rational numbers are real and all real numbers are not complex.(ii) Square of an integer is positive or negative

For each of the following compound statements, first identify the connective words and then break it into component statements. All rational numbers are real and all real numbers are not complex.

For each of the following compound statements, first identify the connective words and then break it into comonent statements. x=2 and x =3 are the roots of the equation 3x^(2)-x-10=0.

Write the negation of the following compound statement: Square of an integer is positive or negative.

Check the validity of the following statement: “Square of an integer is positive or negative”

Check the validity of the following statement: 'Square of an integer is positive or negative' .

Check the validity of the following statement " Square of an integer is positive or negative " .

Read the following statements and identify the incorrect statement .

For each of the following compound statements, first identify the corresponding component statements. Then check whether the statements are true or not.(i) If a triangle ABC is equilateral, then it is isosceles.(ii) If a and b are integers, then ab is a rational number.