Six faces.
2*(L*B + B*H + H*L) cubic units where L = length B = Breadth H = Height.
With sides of length A, B and C units, the total surface area is 2*(AB + BC + CA) square units.
Surface area = 2*(L*B + B*H + H*L) cubic unitswhere L = length B = Breadth H = Height.
It dependsThat depends upon the shape of the object. Formulas for certain regular shapes are known. For example, the volume of a sphere, cylinder, cone, or cube can be easily determined from its dimensions. For irregular shapes, however, you have to submerge them in water and measure the amount of water they displace.
To calculate the mass of a cuboid, you would multiply its volume by the density of the material it is made of (mass = volume x density). The volume of a cuboid can be found by multiplying its length, width, and height. The density of the material can be looked up or measured.
the cuboid has 2
A rectangle is a 2-dimensional shape. Its equivalent in 3-dimensions is a cuboid. The equivalent of a cuboid in 4 or more spatial dimensions is a hyper-cuboid.
they are the same and if you have a cube and a cuboid then its different because a cube have equally sides and a cuboid has 4 rectangles and 2 squares!cuboid have vertices.
A cuboid can have 2, 4 or 6 square faces.
A square is a 2-dimensional figure, a cuboid is 3-dimensional.
A cuboid is a 3-dimensional object, an oblong is 2-dimensional.
Following are the formulas of cuboid. Let the dimensions of the cuboid be l (length), w(width) and h (height). Lateral surface area of the cuboid = perimeter of rectangular base x height = 2(l + w)h square units= 2h(l + w) square units; Total surface area (TSA) = 2 (lw + wh + hl); Volume of cuboid (V) = lwh. Length of diagonal of one side is √(l^2 + w^2), √(w^2 + h^2), √(h^2 + l^2) - depending upon side. Length of diagonal across the cuboid is √(l^2 + w^2 + h^2)
2
2
it has 2
it has 2