Consider a point A(m,n) , where m and n are positve intergers. B is the reflection of A in the line `y=x`, C is the reflaction of B in the y axis, D is the reflection of C in the x axis and E is the reflection of D is the y axis. The area of the pentagon ABCDE is.

Let m ,n are integers with 0ltnltm . A is the point (m ,n) on the Cartesian plane. B is the reflection of A in the line y=x . C is the reflection of B in the y-axis, D is the reflection of C in the x-axis and E is the reflection of D in the y-axis. The area of the pentagon A B C D E is a. 2m(m+n) b. m(m+3n) c. m(2m+3n) d. 2m(m+3n)

Let m ,n are integers with 0

Let m ,n are integers with 0

Let m ,n are integers with 0

m,n are integers with 0ltnltm . A is the point (m,n) on the Cartesian Plane. B is the rflection of A on theline y=x. C is the reflection of B on the y-axis. D is the reflection of C on the x-axis. And E is the reflection of D on they y-axis. The area of the pentagon ABCDE is

A is the point (1,6) on the cartesian plane.B is the reflection of A in the line y=x. C is the reflection of B in the y -axis,D is the reflection of C in the x -axis and E is the reflection of D in the y -axis.The area of the pentagon of DABEDC is S then find value of S-50

If C is the reflection of A (2, 4) in x-axis and B is the reflection of C in y-axis, then |AB| is

If C is the reflection of A (2, 4) in x-axis and B is the reflection of C in y-axis, then | AB | is :

If C is the reflection of A(2,4) in x -axis and B is the reflection of C in y-axis then |AB| is 4sqrt(k) then k=