What is the difference between the length, width, height and 4 formula for finding the surface area

Length + width + height) *4 is the sum of the edges.

The cuboid has four strips long, four wide, and four high.

s length table = (length * width + length * height + width * height) * 2

Length * Width: Base Area Length * Height: Front Rear Width*Height: Side.

The cuboid has 2 undersides, 2 sides, 2 front and back.

a+b+h)*4 is the sum of edge lengths.

ab+ah+bh)*2 is surface plus.

ps: Box volume: length * width * height.

Length + width + height) *4 should be the sum of the length of each side of the box, the perimeter! Surface area formula 2* (length * width + length * height + width * height). The perimeter of the difference is made up of 12 sides, and the surface area is made up of 6 faces!

The former is the perimeter of the box The surface area formula is (length*width+length*height+width*height)*2

Ridge length. Just remember that multiplying by 2 is the surface area and dividing by 4 is the edge length!

Length, width, height, width, height, and surface are the area of the traces.

Length, width, width, height, surface area: 2, length and height.

Width (length sun tan height) surface area 2 length height.

Width (surface area 2 length height) (length height).

Through the above four steps to evolve state infiltration, the last one is the formula for calculating the width.

The surface area of the box.

Equal to (length multiplied by width with state preparation + length multiplied by height + width multiplied by height) multiplied by two.

So according to this equation, the difference between the traces and the difference between the difference of the surface area is subtracted by two by the length multiplied by the width, and the number is divided by the sum of the length and width.

In the end, the result is high.

According to the box surface area formula.

S table (Length & Width + Height + Width & Height) 2

1 2s table length width + length height + width height.

1 2S table Length, Width + Height (Length + Width).

1 2S table Length, Width + Height (Length + Width).

Height (1 2s table - length and width) (length + width).

Table s refers to the surface area of the box).

Length + width + height) *4 is the sum of the edges.

The cuboid has four strips long, four wide, and four high.

s length table = (length * width + length * height + width * height) * 2

Length * Width: Base Area Length * Height: Front Back Width * Height: The side cuboid has 2 bottom surfaces, 2 sides, 2 front and rear a+b+h) *4 is the sum of the edge lengths.

ab+ah+bh)*2 is surface plus.

ps: Cuboid volume: length * width * height, 7, the previous one is the perimeter of the box The formula for surface area is (length * width + length * height + width * height) * 2, edge length.

Just remember that multiplying by 2 is the surface area and dividing by 4 is the edge length! ,1,(length + width + height)*4 should be the sum of the length of each side of the box, the perimeter! Surface area formula 2* (length * width + length * height + width * height).

The perimeter of the difference is made up of 12 sides, and the surface area is made up of 6 faces! ,1,(length + width + height)*4 is the edge length of the cuboid, and the cuboid with equal edge length is called the cube, also known as the "cubic spring body", and the "regular hexahedron" of the limbs.

This paragraph] is a characteristic of the cube.

1 There are 3 faces (only from one angle), each with an equal area and exactly the same shape.

2 There are 4 vertices (only from one angle).

3 There are 6 edges, each of which is equal in length (from only one angle).

The surface area of the cube in this paragraph.

Because the faces of 6 are all equal, they are square. 0,

Length + width + height) *4 is the sum of the edges.

The cuboid has four strips long, four wide, and four high.

s length table = (length * width + length * height + width * height) * 2

Length * Width: Bottom Lift Area Length * Height: Front Rear Width*Height: Side.

The cuboid has 2 undersides, 2 sides, 2 front and back.

a+b+h)*4 is the sum of edge lengths.

ab+ah+bh)*2 is a clear round surface and a bright beam.

ps: Box volume: length * width * height.

There should still be conditions, only knowing that the surface area and height cannot be found to be length and width respectively, and there should be hints such as the ratio of length to width, so that length and width can be found.

A cuboid (also known as a cuboid) is a straight quadrangular prism with a rectangular base (or a straight parallelepiped with a rectangular bottom and a rectangle at the top and bottom). It is made up of six faces, which are equal in area to each other, and two faces (four faces may be rectangular, or all six faces are rectangular) are squares.

A cuboid is a straight prism with a rectangular base. A cube is a special kind of cuboid, which is a box with six sides square [1] . Each rectangle of the box is called the face of the box, the line where the face intersects is called the edge of the box, and the point where the three edges intersect is called the vertex of the box.

The sum of the six faces of the box is called the surface area of the box. The volume of a box is a measure of the box, and the volume of the box is equal to the length, width, and height.

1) The plane of the box

Fig.1 Recognition of the cuboid.

Fig.1 Recognition of the cuboid.

The planar polygons that enclose the enclosed geometry are called the parastate polygons of the polyhedron. The box has 6 faces. Each of these faces is rectangular (there may be 2 opposing faces that are squares) and 3 pairs of opposing faces. The opposite faces are of the same shape and equal in area [2].

2) The edge of the box

The common edges of the two faces on a polyhedron are called the edges of the polyhedron. The cuboid has 12 edges, of which there are 3 opposing ridges, and each group of 4 opposite edges is parallel to each other and of equal length (there may be 8 edges of equal length) [2] .

3) The point of the box

A box has 8 vertices, and the three edges that intersect at one vertex are called the length, width, and height of the box. In general, the longer edge in the bottom surface is called long, the shorter edge is called wide, and the edge perpendicular to the bottom surface is called high.

The circumference of the bottom surface multiplied by the height is the side area, and the side area plus the two base areas is the surface area.

Circumference of the base surface = 2 (length + width).

Base area = length and width.

Side area = surface area - 2 bottom area = surface area - 2 length and width.

Height = (surface area panicle yun-2 length and width) 2 (length + width).