Multiply the base*height*width.
That's volume. Area is the measurement of a given surface.
Well, if length x width x height is volume, and length x width is area, then divide volume by area and you should get the dimension for height. (I think).
To calculate the width of a box, or cube, you need to use the following formula: W = (V) / (LxH) given that (V= volume, L= length, W= width, H= height) and volume, height and length measurements are already given.
To find the volume of the box, you can use the formula for volume: ( \text{Volume} = \text{Base Area} \times \text{Height} ). Given that the height is 5 cm and the area of the lid (which is the base area) is 9 cm², the volume is calculated as ( 9 , \text{cm}^2 \times 5 , \text{cm} = 45 , \text{cm}^3 ). Therefore, the volume of the box is 45 cm³.
To find the box with the least surface area for a given volume, you can start by using the formula for the surface area of a rectangular box: ( SA = 2(lw + lh + wh) ), where ( l ), ( w ), and ( h ) are the box's length, width, and height. Given a specific volume ( V = lwh ), you can express one dimension in terms of the others and then use calculus to minimize the surface area function. Typically, the optimal box shape with the least surface area for a fixed volume is a cube, as all sides are equal. You can confirm this by applying the method of Lagrange multipliers or analyzing the critical points of the surface area equation.
That's volume. Area is the measurement of a given surface.
You do not have enough information to calculate all three box dimensions.
Using consistent units, the height = volume divided by footprint area (in the case of your rectangular box). so H = V/A
You need to know the area of that cross-section. Once you have that number, the volume of the box is the product of (cross-section area) x (height).
Well, if length x width x height is volume, and length x width is area, then divide volume by area and you should get the dimension for height. (I think).
To calculate the width of a box, or cube, you need to use the following formula: W = (V) / (LxH) given that (V= volume, L= length, W= width, H= height) and volume, height and length measurements are already given.
To find the volume of the box, you can use the formula for volume: ( \text{Volume} = \text{Base Area} \times \text{Height} ). Given that the height is 5 cm and the area of the lid (which is the base area) is 9 cm², the volume is calculated as ( 9 , \text{cm}^2 \times 5 , \text{cm} = 45 , \text{cm}^3 ). Therefore, the volume of the box is 45 cm³.
Since the depth of the box is unknown, it is impossible to calculate the volume of the box.
Area = 2*(H*L + L*W + W*H) square units.
Without knowing the volume of the box, it is not possible to determine the height just based on the given dimensions of length and width. You would need either the volume of the box or the 3D shape of the box to calculate the height.
The volume of a cereal box can vary depending on its size. To calculate the volume, you would multiply the length, width, and height of the box. For example, if the box is 8 inches long, 4 inches wide, and 10 inches tall, the volume would be 320 cubic inches.
Block being a box: Height * Length * Depth = Volume Giving the three dimensions available.