2.3 inches=0.05842metres total volume=28*10^6*0.05842 Volume=1.6357*10^6 cubic metres Mass=1.6357*10^9 kg.Something wrong with data.In the sum density of water is 103kg per cubic metre.It is impossible.So I took it as 1000.If 103 should be applied multiply volume by 103 to get the mass.
During the thrid and final stage of a thunderstorm, all the currents move down. The clouds get smaller as the rain falls from them.(:
The fluffy frozen water that falls from clouds is snowflakes.
6 million cubic feet per minute or, 100000 cubic ft per second...
During a solar eclipse, the shadow of the MOON falls on the EARTH.
Rain.
During the thrid and final stage of a thunderstorm, all the currents move down. The clouds get smaller as the rain falls from them.(:
It falls as precipitation, such as rain, or hail.
Six million cubic feet (168,000 cubic meters) of water flow over the crest every minute during high flow.
No. Tornadoes are a type of violent, rotating wind storm that forms during a thunderstorm. Precipitation occurs when moisture either in solid or liquid form falls from the sky.
The fluffy frozen water that falls from clouds is snowflakes.
THE "NIAGARA" RIVER BEFORE the falls and the"NIAGARA" after the falls and the "NIAGARA" dumps into Lake Ontario Okii but like witch thing before or After that is what i dont get
6 million cubic feet per minute or, 100000 cubic ft per second...
No. Hail is ice that falls during a thunderstorm.
strength is not how it is measured, but rather by mass. Niagara Falls dumps 600,000 gallons per second.
Over 200,000 cubic feet. according to wikipedia: Since the flow is a direct function of the Lake Erie water elevation, it typically peaks in late spring or early summer. During the summer months, 100,000 cubic feet per second (2,832 m³/s) of water actually traverses the Falls
The amount of time it takes for 3,000,000 gallons of water to flow over Niagara Falls depends on the time of year. During the high flow season, 6 million cubic feet flows over the Falls every minute on average. During low flow season, about 4 million
When a Hurricane, Tornado or Thunderstorm, approaches, the barometric pressure falls but I would not ascribe the adjective "drastic" to this.