Yes
Yes
Yes
Just draw the two diagonals of the rectangle,the point of intersection you will get5,is the centre of gravityof rectangle
rectangle
yes the centroid of the rectangle coincide with the intersection of the diagonals with the center of mass
Yes
Yes
Yes
Just draw the two diagonals of the rectangle,the point of intersection you will get5,is the centre of gravityof rectangle
Only if the lamina is the same shape as the rectangle!
cell (intersection of a column and a row)
rectangle
Assume the room to be square or rectangle. The intersection of two lines from opposite corners is your center.
It is located at the intersection of two perpendicular axis. Its location is written as (0, 0).
To trisect a rectangle first draw the two diagonals (lines going from the top left corner, to the bottom right and top right to bottom left.) Where those two diagonals intersect is the center of the rectangle. Next, draw a line through the center of the rectangle that is parallel to the top and bottom of the rectangle. this should divide the rectangle into two halves. Next draw the diagonal for the top half of the rectangle (A line from the top left corner, to the middle of the right side.) Where this diagonal intersects with the diagonal of the diagonal of the entire rectangle is 1/3 the length. Repeat the previous step for the bottom half of the rectangle. The line connecting the top intersection, and the bottom intersection is the trisection line.
In a rectangle, the center of gravity lies at the intersection of its diagonals. This point is referred to as the centroid and is equally distant from all four sides of the rectangle.