It's height would be 8cm. 5cm x 10cm = 50cm, 400 divided by 50 = 8.
Let the length be 5x and the width be 3x:- 2(5x +3x) = 400 10x +6x = 400 16x = 400 x = 25 Therefore: length = 125 units and width = 75 units Check: 125 +125 +75 +75 = 400 units of measurement
The dimensions of a rectangle with an area of 400 square meters can vary, as multiple pairs of length and width can produce this area. For example, if the length is 20 meters, the width would be 20 meters (making it a square). Alternatively, if the length is 40 meters, the width would be 10 meters. Thus, any combination of length and width that multiplies to 400 will satisfy the area requirement.
height = 400/pi*radius2
If you mean a length of 16 inches then the width is: 400/16 = 25 feet
The height is 8 cm (7.9577 cm)
The width is 4 centimeters. Since L x W x D = volume then 20 x W x 5 = 400 and 100 W = 400 and W = 4
4cm in width
Area is width * height; therefore area is 20 * 20 = 400
Let the length be 5x and the width be 3x:- 2(5x +3x) = 400 10x +6x = 400 16x = 400 x = 25 Therefore: length = 125 units and width = 75 units Check: 125 +125 +75 +75 = 400 units of measurement
a shoebox with a lenght of 10 inches a width of 8 and a height of 4
The dimensions of a rectangle with an area of 400 square meters can vary, as multiple pairs of length and width can produce this area. For example, if the length is 20 meters, the width would be 20 meters (making it a square). Alternatively, if the length is 40 meters, the width would be 10 meters. Thus, any combination of length and width that multiplies to 400 will satisfy the area requirement.
A 3-Dimensional box's volume will double for each dimension that is doubled. i.e. if just the height, length or depth are doubled, the volume increases 200%, if 2 of those dimensions are doubled the volume increases by 400%. if all 3 are double the volume increases by 800%.
height = 400/pi*radius2
**The volume of a lorry, also known as a truck or a commercial vehicle, can vary greatly depending on its size, type, and configuration. Lorry volumes are typically measured in terms of cargo capacity or cargo space. This can be expressed in various units such as cubic meters (m³) or cubic feet (ft³). The volume of a lorry's cargo space is determined by its dimensions, including length, width, and height. Larger lorries, such as tractor-trailers or articulated lorries, often have significantly greater cargo capacities than smaller delivery trucks or vans. To determine the volume of a specific lorry, you would need to measure the dimensions of its cargo area and calculate the volume using the formula: Volume = Length × Width × Height Keep in mind that the actual usable volume may be less than the calculated volume due to factors such as the shape of the cargo space, obstructions, or loading constraints.**
If you mean a length of 16 inches then the width is: 400/16 = 25 feet
Well, isn't that a lovely box you have there! To find the volume, we simply multiply the length, width, and height together. So for this box, we have 8mm x 10cm x 5cm. Just remember to convert the measurements to the same unit before multiplying to get the final volume. Happy calculating!
To determine what the area of something is, you determine length X width. So to determine how many feet are in 400 sq ft, you must determine what X what equals 400. This would mean that the length is 20 feet and the width is 20 feet.