Which of the following statements are true and which have are false? In each case give a valid reason for saying so `r :` Circle is a particular case of an ellipse `s :` `\ If\ x\ a n d\ y` are integers such that `x > y ,\ t h e n=x<-ydot\ ` `t` : `sqrt(11)` is a rational number.

Which of the following statements are true and which have are false? In each case give a valid reason for saying so r: Circle is a particular case of an ellipse s: If x and y are integers such that x>y, then =x<-y*t:sqrt(11) is a rational number.

Which of the following statements are true and which are false ? In each case give a valid reason for saying so. t : sqrt( 11) is a rational number.

Which of the following statements are true and which are false ? In each case give a valid reason for saying so. q : The centre of a circle bisects each chord of the circle.

Which of the following statements are true and which have are false? In each case give a valid reason for saying so p: Each radius of as circle is a chord of the circle q: The centre of a circle bisects each chord of the circle.

Which of the following statements are true and which are false? In each case give a vaild reason or your answer. (i) p: sqrt(11) is an irrational number. (ii) q: Circle is a particular case of an ellipse. (iii) r: Each radius of a circle is a chord of the circle. (iv) s: The centre of a circle bisects each chord of the circle. (v) t: If a and bare integers such that alt b," then "-agt -b. (vi) u: The quadratic equation x^(2) + x + 1 = 0 has no real roots.

Which of the following statements are true and which are false? In each case give a valid reason for saying so. (i) p : Each radius of a circle is a chord of the circle. (ii) q : The centre of a circle bisects each chord of the circle, (iii)r: Circle is a aprticular case of an ellipse, (iv) s : If x an y are integerss such that x gt y, (v) t : sqrt11 is a rational number.

x=y ln(xy),t h e n

Which of the following statements about the function y=f(x) graphed here are true,an which are false? lim_(x rarr2)f(x)=2

Check whether the following statement are true or not: p: If x and y are odd integers, then x+y is an even integer.