1000 m cube
every 1mm depth in rain gauge reading is equivalent to 1 liter per square meter, so if the intensity is 10mm/hr, means that the total rainfall in 1 hectare area is 100 cubic meters. from RPAE 006150
The only way to know for certain how many people will have a problem
Rainfall of 100 mm means 100 mm depth of rain falls over any area. 1 cu m = 1,000 l 1,000 mm = 1 m Volume = area x depth = 200 sq m x 100 mm = 200 sq m x 100 ÷ 1,000 m = 20 cu m = 20 x 1,000 l = 20,000 litres
This is a clever problem. It sounds really complicated, but that's only becauseit's actually two simple problems rolled into one.The two problems are:1). Volume of a rectangular prism2). Volume of a cylinderBefore we get started, let's make sure you remember the formulas for both ofthose volumes:1). Rectangular prism . . . V = (length) x (width) x (height)2). Cylinder . . . Volume = (pi) x (radius)2 x (height)The attack is:-- Figure out the volume of the water that rained onto the roof.-- Realize that the same volume poured into the cylindrical tub.-- Figure out how deep that much water fills the cylinder.At this point, the hard part is done! The problem is as good as solved.-- 1.2 cm of rain falls on the 10m x 5.5m rectangular roof. How much water is sitting on the roof ?Volume = L x W x H = (10m) x (5.5m) x (0.012 m) = 0.66 cubic meter of water-- Now pour that water into the cylinder with 3m diameter. How deep is it ?Volume = (pi) x (radius)2 x (height) .We need to find the height, so solve this formula for the height.Divide each side of equation by (pi) x (radius)2 :Height = Volume / (pi) x (radius)2The volume is the 0.66 m3 that poured off of the roof.The radius is 1/2 of the diameter = 1.5m .So Height = (0.66)/(pi) x (1.5)2 = 0.09337 meter = 9.337 cm.
multiply it Length- Width - Height , or measure the volume of a container of water then stick the object in and measure the volume of the object+water then subtract the volume of the water then you have the volume
1 millimeter of rainfall = 1 liter of rainfall per 1 square meter which is 1 mm of rainfall = 1 liter applied to 1 m2 which is 1mm = 1L/m2 for example Rainfall recorded = 250mm City area = 100,000m2 Volume of rainfall in the city = 250 x 100,000 = 25,000,000 liters
A solid object has both volume and shape. Volume refers to the amount of space it occupies, while shape refers to its physical form or configuration.
A rain gauge is the most suitable apparatus to measure the volume of rainfall. It is a simple device that collects and measures the amount of liquid precipitation over a specific period of time.
The intensity of rainfall can be determined by measuring the amount of rain that falls in a specific area over a certain period of time. This is typically done using a rain gauge, which collects and measures the volume of rainwater. The intensity of rainfall is often expressed in millimeters per hour or inches per hour, indicating how much rain is falling in a given time frame.
MARRS
Total Volume of rainfall for that storm event
If, for example, the rainfall is recorded once every week for a whole year, and the recorded results added together, the average would be the total divided by the number of weeks in a year. This will give the average amount of rain that fell during the whole of the year.
A gas has no certain shape and no certain volume. This is because the particles in a gas are far apart and move freely, taking up the shape and volume of their container.
They never recorded a Volume 1,2,3. There was only one named Volume 4.
in one year, the number of traffic accidents recorded in a certain municipality is 16. this number is 6 less than twice that recorded during the previous year. what was the number of traffic accidents during the previous year?
A gutter overflows during heavy rainfall because the volume of water exceeds the capacity of the gutter to drain it away effectively.
Density= Matter/volume.