Transform the equation `x`+`y`+`1`=`0` into normal form.

Transform the equation x^(2)+y^(2)=ax into polar form.

Transform the equation y = x tan alpha to polar form.

Reduce the equation sqrt(3)x+y-8=0 into normal form. Find the values of p and omega .

Transform the equation x^(2)-3xy+11x-12y+36=0 to parallel axes through the point (-4, 1) becomes ax^(2)+bxy+1=0 then b^(2)-a=

Transform the equation x^(2)-3xy+11x-12y+36=0 to parallel axes through the point (-4, 1) becomes ax^(2)+bxy+1=0 then b^(2)-a=

Reduce the equation x+y+sqrt(2)=0 to the normal form and find the value of p and alpha .

Transform the equation of the line sqrt(3)x+y-8=0 to (i) slope intercept form and find its slope and y-intercept (ii) intercept form and find intercepts in the coordinates axes (iii) normal form and find the inclination of the perpendicular segment from the origin on the line with the axis and its length.

Find the values of theta and p, if the equation xcostheta+ysintheta=p is the normal form of the line sqrt(3)x+y+2=0 .

Find the values of theta and p, if the equation xcostheta+ysintheta=p is the normal form of the line sqrt(3)x+y+2=0 .

Find the values of theta and p, if the equation xcostheta+ysintheta=p is the normal form of the line sqrt(3)x+y+2=0 .