No. The diagonal through a rectangle can be computed via the Pythagorean theorem:
c2 = a2 + b2
where c is the diagonal length and a and b are the horizontal and vertical lengths of the rectangle.
mhgyujvhb
Horizontal : y = 0Vertical: x = 2.
3 (w/ horizontal line of symmetry) and 8 (horizontal and vertical).
Draw a rectangle made with three squares. Then put a diagonal line through the center one. Tah-Dah
I can and will. So if you put the diagonal through a rectangle you create a right angled triangle of which you can use pythagoras theorem. x2 = 152 + 62 x2= 261 x = 16.16m
mhgyujvhb
Horizontal : y = 0Vertical: x = -2.
Horizontal : y = 0Vertical: x = 2.
3 (w/ horizontal line of symmetry) and 8 (horizontal and vertical).
4 (1 horizontal: left to right, 1 vertical: up and down and 2 diagonal)
15 cm Solved through Pythagoras' theorem.
Draw a rectangle made with three squares. Then put a diagonal line through the center one. Tah-Dah
This is the square. In case you're wondering about the 4 lines of symmetry, they are a vertical line through the middle, a horizontal line across through the middle, and the two diagonal lines drawn in from corner to corner. Only the square will be symmetrical with any of those 4 lines.
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.
Cylinder
I can and will. So if you put the diagonal through a rectangle you create a right angled triangle of which you can use pythagoras theorem. x2 = 152 + 62 x2= 261 x = 16.16m
It blocks the waves vibrating on a vertical plane