Yes ! 1000 inches is over 83 feet ! (or 25.6 metres) - that would be enough to bury most towns under a thick blanket of snow !
it has 5 inches of snow
1,000 inches is 25,400 mm
Anual - 25.61 inches of rain (+ more than 30 inches of snow) January - 1.04 inches (+ about 10 inches of snow) February - 1.04 inches (+ about 8 inches of snow) March - 1.86 inches (+ about 3 inches of snow) April - 2.31 inches (+ possibility of snow) May - 3.24 inches June - 4.34 inches July - 4.04 inches August - 4.04 inches September - 2.69 inches October - 2.11 inches (+ several inches of snow) November - 1.94 inches (+ about 8 inches of snow) December - 1.0 inch (+ about 9 inches of snow) The average rainfall in Minnesota differs from the location of a city. In the suburbs of the Twin Cities, more rain falls.
This means that 6 inches of snow will fall. Since snow compacts as it sits on the ground, especially when it is deep and fine/dry (as opposed to a heavier wet snow), a 6 inch snowfall could compact to 4 or 5 inches right away.
1200 * 1000 cm = 1200 * 393.7 inches = 472441 inches (approx).
not as bad as 10000! XD
Yes, 10000 inches of snow would be considered excessive and could cause many problems such as transportation disruptions, structural damage, and potential safety hazards. It would be an extreme weather event that would likely have significant consequences.
300 yards is greater than 1000 inches. 300 yards=10800 inches 10800 inches>1000 inches Therefore, 300 yards>1000 inches
it has 5 inches of snow
1.2 inches of snow.
For every 12 inches of snow, there would be 1 foot of snow. This is because 1 foot is equivalent to 12 inches. So, 12 inches of snow is equal to 1 foot of snow.
1000 mm = 1000/25.4 inches
This will depend on how cold it is, but on average 10 inches of snow = 1 inch of rain, so 0.15 inches of rain = 1.5 inches of snow. It could be less than in inch of wet snow, or more than 2 inches of powder, however.
56 centimeters is approximately 22 inches of snow.
1,000 inches is 25,400 mm
To find the unit rate of snow accumulation, divide the total inches of snow by the total hours. In this case, 4 inches of snow in 5 hours gives a unit rate of 4 inches ÷ 5 hours = 0.8 inches per hour. Thus, the unit rate is 0.8 inches of snow per hour.
To find the unit rate of snow accumulation, divide the total inches of snow by the total hours. In this case, 5 inches of snow over 8 hours results in a unit rate of 5 inches ÷ 8 hours = 0.625 inches per hour. Therefore, the unit rate is 0.625 inches of snow per hour.