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This is due to the distortions caused by taking a 3 dimensional sphere and converting it to a 2 dimensional layout.
th surface development is the flat, 2D shape that has to be cut in order to make a 3D form when folded and assembled together. true length is the actual or real lenght of any edges ordistane across a face . it is imperative to know or determine the true length in order to obtain an accurate form after mounting or joining of the flat surface develoopment.length distortion occurs according to position of viewer;for an inclinedsurface, the actual or true length appears reduced th surface development is the flat, 2D shape that has to be cut in order to make a 3D form when folded and assembled together. true length is the actual or real lenght of any edges ordistane across a face . it is imperative to know or determine the true length in order to obtain an accurate form after mounting or joining of the flat surface develoopment.length distortion occurs according to position of viewer;for an inclinedsurface, the actual or true length appears reduced
No; that was the myth thought to be true before Christopher Columbus discovered that the earth was round. The earth isn't a perfect sphere either. It is egg shaped.
The sun is a sphere and the moon is a sphere.
The base of a sphere is a single point: with no length or breadth.
True. The radius is half the diameter.
To determine empty space, we will assume that the sphere fits snugly(so that each side of the cube is touching the sphere). First, we take the volume of the cube, which is just one of its side lengths cubed(side length X side length X side length). Record this quantity. Then we find the volume of the sphere. The formula for the volume of a shere is (4/3) Pi r cubed. Since the sphere fits snugly, we know that the radius is half of the side length. We then take the cube volume and subtract the sphere volume, and that is the empty space remaining.
Yes because a sphere has a circumference and a diameter.
if the cube is inside the sphere you needto do some trigonometry and algebra to find out the height or diameter of the sphere. I have never heard someone ask what the height of the sphere is... i didn't think it existed. im pretty sure you need to know the diameter of the sphere. since you didnt give me any numbers to work with this is going to be a confusing explanation. first, the length of the diameter of the sphere is the same length as the length of one corner of the cube to the opposite diagonal corner of the cube. second, you can find this length by applying pythagoreans theorem (a2+b2=c2). third, since you know the height of the cube you need to find the length of the diagonal of one surface of the cube. you can do this by cutting one ofthe surfaces ofthe cubes into a triangle and using the pyth. theorem and solve for the diagonal. remember this number. now take this number and use the pyth. theorem again with the height of the cube and then ythis is the diameter of the sphere.
To find the length of wire that can be made from the solid copper sphere, first calculate the volume of the sphere using the formula V = (4/3) * π * r^3. Then, find the volume of wire using the formula V = π * (r/2)^2 * h, where h is the length of wire. Equate the two volumes and solve for h to find the length of wire.
The formula to find the volume of a sphere us V = 4/3πr3, where V is volume, π is pi, which can be rounded to 3.14, and r is the radius. In order to find the volume of your sphere, the radius has to have a length unit, such as 10.2 cm or 10.2 inches.
144pi units2
Yes, it is true. In a perfect geometric sphere, all points on its surface are equidistant from its center. This property is one of the defining characteristics of a sphere.
the sun is a sphere
The answer is given below.
celestial sphere A+