There are 12 such combinations possible (all measurements in cm):
1 × 1 × 72
1 × 2 × 36
1 × 3 × 24
1 × 4 × 18
1 × 6 × 12
1 × 8 × 9
2 × 2 × 18
2 × 3 × 12
2 × 4 × 9
2 × 6 × 6
3 × 3 × 8
3 × 4 × 6
It depends on which type of cuboid we are talking about. If it is a CUBE (a special type of cuboid), then it has nine planes of symmetry. If it is a cuboid with length, width and height all different, then it has three planes of symmetry. If it is a cuboid with two equal measurements (say width and length), then it has five planes of symmetry.
the formula for the volume of a cuboid is length x breadth x height
Volume = Length * Width * Height
These seem to be measurements for a three-dimensional object, most likely a cuboid solid, or a tank. One of the measurements would be the height, another the length and the last the width. Whatever units are involved, the object would have a volume of 102,510 cubic units.
Oh, what a happy little question! To find the length, width, and height of the cuboid, we first need to know more information. The volume alone isn't enough to determine these measurements. But don't worry, with a bit more data, we can easily calculate the dimensions together. Just like painting a beautiful landscape, we'll take it one step at a time and create something wonderful together.
To find the length of a cuboid without knowing its volume, you can use the dimensions of the cuboid if they are available. A cuboid is defined by its length, width, and height. If you have the measurements of the width and height, you can express the length in terms of those dimensions if you have additional relationships or constraints (such as surface area). Otherwise, you would need at least one dimension or another property of the cuboid to determine the length.
Height in a cuboid is the measurement of the vertical distance between the top and bottom faces of the shape. It can also be referred to as the measurement of the length of one of the sides of the cuboid that has its opposite sides as bases.
It depends on which type of cuboid we are talking about. If it is a CUBE (a special type of cuboid), then it has nine planes of symmetry. If it is a cuboid with length, width and height all different, then it has three planes of symmetry. If it is a cuboid with two equal measurements (say width and length), then it has five planes of symmetry.
length *width*height=area of cuboid
The area of a parallelogram is the base times the height; the height must be measured perpendicular to the base. If you correctly measure the height perpendicular to the base and you get different measurements, then you are NOT dealing with a parallelogram.
It depends on what numbers are squared. The length, width and height MUST be linear measures: they cannot be given in square units. You could have been given the areas of the faces, in which case there is a simple but different method to calculate the volume.
The answer depends on what information you have about it.
Well, darling, if you want the height of a cuboid without the volume, you're in luck! Just divide the volume by the area of the base, and voila, you've got your height. It's as simple as that, no need to overcomplicate things.
It means that Length + Breadth + Height of your cuboid shaped luggage is 115 inches.
the formula for the volume of a cuboid is length x breadth x height
The volume of a cuboid can be calculated using the formula: Volume = length × width × height. For a cuboid with a length of 6.4 cm, width of 4.5 cm, and height of 4 cm, the volume is 6.4 × 4.5 × 4 = 115.2 cubic centimeters. Therefore, the volume of the cuboid is 115.2 cm³.
With great difficulty because more information about the dimensions of the cuboid are required.