If roots of equation `3x^2+5x+1=0 are (sectheta_1-t a ntheta_1)a n d(cos e ctheta_2-cottheta_2)dot` Then find the equation whose roots are `(sectheta_1+t a ntheta_1)a n d(cos e ctheta_2+cottheta_2)dot`

If roots of equation 3x^2+5x+1=0 are (sectheta_1-t a ntheta_1) and (cos e ctheta_2-cottheta_2)dot Then find the equation whose roots are (sectheta_1+t a ntheta_1) and (cos e ctheta_2+cottheta_2)dot

If roots of equation 3x^2+5x+1=0 are (sectheta_1-t a ntheta_1) and (cos e ctheta_2-cottheta_2)dot Then find the equation whose roots are (sectheta_1+t a ntheta_1) and (cos e ctheta_2+cottheta_2)dot

If roots of equation 3x^(2)+5x+1=0are(sec theta_(1)-tan theta_(1))and(cos ec theta_(2)-cot theta_(2)) Then find the equation whose roots are (sec theta_(1)+tan theta_(1))and(cos e theta_(2)+cot theta_(2))

If roots of equation 3x^(2) + 5x + 1 = 0 are (sectheta_(1) - tentheta_(1)) and (cosectheta_(2)-cottheta_(2)), then find the equation whose roots are (sectheta_(1)+tantheta_(1) and (cosectheta_(2) + cottheta_(2)).

If roots of equation 3x^(2) + 5x + 1 = 0 are (sectheta_(1) - tentheta_(1)) and (cosectheta_(2)-cottheta_(2)), then find the equation whose roots are (sectheta_(1)+tantheta_(1) and (cosectheta_(2) + cottheta_(2)).

If roots of equation 3x^(2) + 5x + 1 = 0 are (sectheta_(1) - tentheta_(1)) and (cosectheta_(2)-cottheta_(2)), then find the equation whose roots are (sectheta_(1)+tantheta_(1) and (cosectheta_(2) + cottheta_(2)).

If x=sectheta-tanthetaa n d y=cos e ctheta+cottheta, then prove that x y+1=y-x

If x=sectheta-tanthetaa n dy=cos e ctheta+cottheta, then prove that x y+1=y-xdot

If x=sectheta-tanthetaa n dy=cos e ctheta+cottheta, then prove that x y+1=y-xdot

If a=s e ctheta-t a ntheta and b=cos e ctheta+cottheta , then show that a b+a-b+1=0.