A ruler
Four equal sides make up a square. The sides may be any size, as long as they are equal. A square is one of the most basic shapes.
You place a ruler on a piece of paper and trace both sides. Put the point of your pair of compasses on the line and draw a circle. Then draw another circle, that is the same size, the same way further along the line. You will then be able to use your rule to draw a line that is a tangent to the two circle, and so parallel to your first line. Once you have done this you will realize that you don't need to draw a full circle just a small arc.
yes. congruent means equal size and shape. a square has 4 sides all congruent to each other.
The answer is any rectangle that is not a square: such a rectangle has two lines of symmetry, whereas a square has four.
Take a compass. Open it so that it is a large enough radius to be easy to draw, but small enough that it still marks on both lines of the angle. Draw an arc that crosses both lines making up the angle, then place the point on each of these intersections and draw two more arcs of the same size so that they intersect. Using a straightedge, draw a line from the point of the angle to the intersection. That is the bisecting line.
Draw one line vertically - splitting the square in half, and draw one line diagonally - corner to corner.
The centre of the square is where the two diagonals meet. Take any point on the boundary of the square. Draw a straight line from that point , through the centre of the square, to the other side of the square. This line divides the square into two halves of identical shape and size. Since there are infinitely many points along the side of the square, there are infinitely man solutions.
Draw two lines the same length. One line will represent one group and another array will represent another line. But they MUST BE EQUAL!!!
Draw a square which is 1 unit by 1 unit in size. By Pythagoras, the diagonal of the square will be sqrt(2) units in length.
To draw a hut in QBasic, you can use the LINE statement to create the structure. Start by drawing a square for the base using four LINE commands, then add a triangle for the roof using three additional LINE statements to connect the peak of the roof to the corners of the square. For example: LINE (100, 200)-(200, 300) ' Draw the base LINE (100, 200)-(200, 200) ' Draw the bottom line of the base LINE (100, 200)-(150, 150) ' Left roof line LINE (150, 150)-(200, 200) ' Right roof line This creates a simple hut shape on the screen. Adjust the coordinates as needed for size and position.
1.5
Draw a square of any size on a piece of paper, and that is what a 2D square looks like.
void draw_box (const unsigned size) { if (!size) return; // size must be non-zero! const char star {'*'}; // asterisk const char nl {'\n'}; // newline if (size==1) { // a box of size 1 is just a single asterisk std::cout << star << nl; return; } // else if (1 < size) ... // the top and bottom lines are the same const std::string line (size, star); // hollow line (spaces) const std::string hollow (size-2, ' '); // draw the top line std::cout << line << nl; // draw the middle lines (if size>2) for (unsigned i=2; i<size; ++i) std::cout << star << hollow << star << nl; // draw the bottom line std::cout << line << nl; }
The answer will depend on the size of the square.
make six equilateral triangles depending on the size edit: If it is an equilateral triangle, draw a line from each corner to the centre of the opposite side.
rhombus or square
To divide a square into 4 equal parts, you can draw two perpendicular lines that intersect at the square's center. This creates four smaller squares of equal size within the original square. Therefore, there is only one way to divide a square into 4 equal parts.