no its an emphatic statement
all squares can be cut in half to make 2 congruent isosceles right triangles is perhaps as general a statement as is possible
Well if you half any quadrilateral it comes up with a triangle and a square is a quadrilateral.
Yes, two equal right-angle triangles.
The area of a rhombus is half the product of the diagonals. A = 1/2bc. The diagonals (of length b and c) intersect at right angles and form two congruent triangles either side of one chosen diagonal. The area of one such triangle is 1/2b x 1/2c (area of a triangle = 1/2 base x height). The area of both triangles and therefore the area of the rhombus is 2(1/2b x 1/2c) = 1/2bc.
The square has four lines of symmetry. The rectangle has only two, as it can be folded in half horizontally or vertically: students should be encouraged to try to fold the rectangle in half diagonally to see why this does not work.
Parallelograms: 1.)opposite side of a parallelogram are parallel and you can prove that by finding the slope for both lines. 2.) opposite sides of a parallelogram are congruent 3.) diagonals bisect each other 4.)opposite angles are congruent 5.) consecutive angles are supp. *Remember that alternate interior angles are congruent. To break it down in a better understanding way. 1.)opposite side of a parallelogram are parallel and you can prove that by finding the slope for both lines. If the shape is a parallelogram then you can find the slope of its sides. if they are parallel to each other then it is a parallelogram. 2.) opposite sides of a parallelogram are congruent top and bottom sides are congruent. right and left sides are congruent. 3.) diagonals bisect each other When you draw a straight line from the top right corner to the bottom left corner and from the top left corner to the bottom right corner, the bisect each other or in better terms, the lines cut each other equaly in half. 4.)opposite angles are congruent just as the sides. 5.) consecutive angles are supp. These angels produce a line. this line like all lines will add up to 180 degrees. *Remember that alternate interior angles are congruent.
Two congruent triangles.
No, a triangle is not always half a square. While a right triangle can be considered half of a rectangle (which is a type of square), this is not true for all triangles. Triangles can have various shapes and sizes, independent of squares. Therefore, the relationship between triangles and squares is not universally applicable.
yes because if u split the square in half it is two triangles
Well if you half any quadrilateral it comes up with a triangle and a square is a quadrilateral.
Yes, the diagonal splits the parallelogram into two equal triangle aka congruent the sides will stay the same, the two angles being divided are going to be split in half, one on each side, so its the same
A trapeziod can have two names:a triangle and a trapeziod.A triangle because if you cut the trapeziod in half by its edges at a congruent angle,it will be two scalene triangles.
It depends on the symmetry. Work out the area of half the shape by filling the shape with squares and triangles of known areas and times the answer by two.
When you cut a square in half diagonally, you create two congruent right triangles. Each triangle has one right angle (90 degrees) and the other two angles are 45 degrees each, making them isosceles right triangles. If you cut the square in half horizontally or vertically, you create two identical rectangles, which can further be divided into two right triangles, each being a right triangle with one angle of 90 degrees.
A right angle triangle with two side lengths that match that of an equivalent square will have exactly half the area of the square.
yes they are congruent because a triangle is half of a square
Well, honey, you just draw two diagonal lines from opposite corners of the rectangle to create those four identical triangles. It's as simple as that! Just make sure those lines are straighter than my attitude.
You can get 2 triangles by cutting a parallelogram in half