" (3.) centre "(a,a)" and radius "sqrt(2)

centre (a, a) and radius sqrt2

Find the equation of the circle with: Centre (a,a) and radius sqrt(2)a

Find the equations of the following circles : (i) centre (0,2) and radius 2 (ii) Centre ((1)/(2), (1)/(4)) and radius (1)/(12) (iii) centre (1,1) and radius sqrt(2) .

Locus of the intersection of the two straight lines passing through (1,0) and (-1,0) respectively and including an angle of 45^@ can be a circle with (a) centre (1,0) and radius sqrt(2) (b) centre (1,0) and radius 2 (c) centre (0,1) and radius sqrt(2) (d) centre (0,-1) and radius sqrt(2)

Locus of the intersection of the two straight lines passing through (1,0) and (-1,0) respectively and including an angle of 45^@ can be a circle with (a) centre (1,0) and radius sqrt(2) (b) centre (1,0) and radius 2 (c) centre (0,1) and radius sqrt(2) (d) centre (0,-1) and radius sqrt(2)

Obtain equation of circle in Centre (a,a) and radius sqrt(2a) .

Find the equation of the circle with: Centre (a , a) and radius sqrt(2)a .

Find the equation of the circle with: centre (a,b) and radius sqrt(a^(2)+b^(2))

Find the eqaution of the circle with centre (1,1) and radius sqrt(2)

Find the equation of the circle with centre (1,1) and radius sqrt(2)