easy find it out for your self
Draw a square
The answer is four. Wish I could draw a picture.
Draw a big circle for the body.Draw a smaller circle on top of that circle to be the head. Draw three little circles inside the top circle to be the eyes and nose. Draw two little circles on top of the top circle for the ears. Draw four cylinders off the large circle for the legs.
This is assuming that the four circles are arranged in a square, with each circle touching two other circles at their tangents.First, you need to determine the area created by drawing a square between the center points of all of the circles.Circle radius = 10Side of square = 10 * 2, or 20Area of square = 20 * 20, or 400Now that you have that area, you can deduct the four quarters of the circles inside the square area. You can do it the long way, but four quarters of identical circles equals the area of one of the circlesArea of circle = pi * r^2= pi * 100=3.14159 *100=314.159Square Area - (4) quarter circle area400 - 314.159= 85.841
First draw an elephant, then add hair! To draw a mammoth draw an oval, then four squares coming out the bottom of the oval. Erase the lines that separate the square from the oval. Draw a circle on the top right side of the oval, for the head, then draw a squiggly line for the trunk. Draw some fur on top of the head. Draw the eyes (two circles) add some squiggles for fur. Smooth out the lines, and add shading.
Imagine 4 circles just touching, like this OO .............................................................. OO only closer. Draw a square connecting the centres of the 4 circles. Given the circles each have a radius of 10 metres the length of each side of the square is (10+10) =20 metres and the area of the square is 400 square metres. The area of each quarter of the circle that is within the square is one quarter of pi times r squared so the four quarters = 100pi square metres so the space between the circles is the difference.
you cant because it would be a square
You could draw in the two diagonals (from corner to opposite corner). You could draw two perpendicular lines to develop four squares inside the existing square. You could draw three parallel lines to develop four equally-sized rectangles within the square.
No because then it would then be a square or a rectangle
Use four to make a normal square and put two lines on top of another
Draw four perpendicular lines that cross each other. Like this: # except at right angles. Count the angles - 4 in the centre square, and 12 around the overlapping parts.
Squares are special cases of rhombuses, ones in which all the internal angles are the same (90°). So no, you cannot draw a square that is not a rhombus. It's a bit like trying to draw a square that is not a quadrilateral. Squares are special cases of quadrilaterals.