The volume of a reverberation chamber is calculated by length times width times height.
The size and volume of the heart chambers will vary from person to person. However, generally speaking, the size of one heart chamber is about 1/3 an inch and the volume is about 83 percent.
You need to:* Calculate the surface area * Calculate the volume * Divide the surface area by the volume
Not knowing what size garbage can do the following. Calculate volume of penny. Calculate volume of garbage can. Divide A into B
Volume of room in square feet * 0.0015
That's a lot like asking "How do you convert length to inches ?" The 'litre'IS a unit of volume. When you measure or calculate the size of a volume,you can then use 'litres' to describe it, and to tell others about it.
Square Cm is a unit of Area. Cubic Cm is a unit of volume. You can't change areas into volumes, just as you can't change weight into length. They are different types of measurement. . If you know the size of an area, and if, and only if, that area has a thickness that you can measure, then you can calculate the volume. But, you do not 'convert' it to a volume, you calculate it's volume . To calculate volume you need 3 measurements, length, width, height. To calculate area you need only 2 measurements , length ,and width.
well density measures how much an object is by its size and you calculate it by finding the mass then volume.Then you divide the two answers then whatever answer you get,you round it to the nearest tenths
64cc
Ignore the zinc content. Just calculate the volume of steel in the given type (e.g schedule 40), size and length of pipe and multiply by the density of that grade of steel.
No. To calculate density you divide mass by volume (d = m/V) If you double the size of something (volume), then you are doubling the amount of it (mass). The whole reason for using density to compare things is because it is a property of the substance that does not change, regardless of quantity.
The combustion chamber size of the heads with the casting number 376450 is 60cc. It is possible to install larger valves.
The reverberation time for a room depends on the ratio of the volume of the room to the total effective absorbing area of the room. The effective absorbing area will depend on the materials which make up the room and which are in the room. The effective absorbing area will depend on frequency. As an example, if a wall absorbs 30% of the sound (at a given frequency) for each reflection, the effective area for the wall will be 0.3 times the actual area of the wall. There are tables of typical effective areas, often reported in "sabins," for other objects, such as people, chairs, etc.