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Capacity generally implies volume in geometry. To calculate the volume of a triangular prism, find the area of one of its triangular bases and multiply it by the height of the shape.
The Inspiratory reserve volume (IRV) is calculated by subtracting the tidal volume and expiratory reserve volume from the total lung capacity. In this case, the total lung capacity is the sum of the active capacity and the expiratory reserve volume, which equals 5660ml. Therefore, the IRV would be 5660ml - 500ml - 1300ml = 3860ml.
To find the capacity of a mug, typically you would fill it with a known volume of water, such as one cup or one liter, then pour the water into a measuring cup to measure how much liquid the mug can hold. Alternatively, you could look for manufacturer specifications that indicate the mug's capacity.
It is necessary to measure the volume with an adequate device or geometrically.
Capacity is the same as the volume of the inside of a container. Often, in mathematical exercises, the internal and external volumes are assumed to be the same (ie thickness of the container is zero). In this case, the capacity is the same as the internal or external volume.
Use the volume fomula L*W*H
To determine the volume of water in a half-filled bath, you need to know the total capacity of the bathtub. For example, if a bathtub has a capacity of 150 liters, then half-filled would contain 75 liters of water. Simply divide the total volume by two to find the volume of water when the bath is half full.
Forecast demand accurately Understand the technology and capacity increments Find the optimum operating level (volume) Build for change
To find the volume of an object, you can use the formula: Volume = Mass / Density. In this case, to find the volume, you would divide the mass (55.26) by the density (103.27) which would give you the volume of the object.
Length times width times height is how you would normally find the volume of a shape.