The calculator will compute the snowfall that can be expected in line with those weather conditions. Let's say we wanted to determine the level of snowfall expected when the rainfall is 2.
We would start by multiplying 2. This gives us 75 inches. The only thing that changes is you either multiply the rain and snow coefficient or divide them by each other. Many people are asking: "Mommy, is it going to rain or snow today? Rain to snow conversion is more than just a matter of mere calculations. It also helps in precipitation forecasts. If the atmospheric temperature is above or expected to be above freezing point , then it will likely rain, but if the temperature is expected to be below the freezing point, then snowfall can be forecast.
If you actually think about it, rain doesn't turn to snow. They both are different forms of precipitation that require different circumstances to form, and if rain were to freeze, it would become ice and not snow. When we ask at what temperature does rain turn to snow, what we actually mean is how cold does our atmospheric temperature have to be so that the snowflake falling from the sky maintains its form and reaches the ground?
Because, in certain cases, the atmospheric temperature at the clouds is cold enough to produce snow, but as it moves down towards the ground where the temperature is higher in comparison, it melts and reaches us in the form of rain. To find the amount of water in snow you need to follow mostly the same process as the rain-to snow conversion. So you can follow the steps explained in the rain to snow conversion section, or if you are in a hurry, use our rain to snow calculator, enter any amount of rain, select the temperature, and you have your answer.
The purpose of calculating the number of inches of snow to rain is also helpful in determining the amount of water that is eventually returned to our natural water reservoirs, like lakes and ponds in the area.
The atmospheric temperature has to be at or below freezing. If we ignore other factors, then one inch of snow is approximately equal to 10 inches of snow. So the rain to snow ratio would be written as or If you are one of those people who stand at their window almost every day in December wondering, "Is it going to rain or snow today" then all you need to know is the temperature of your area.
Yesterday, we made it to 41 degrees. Hope you enjoy or morning or afternoon walk. We will be milder today with highs in the 50s. Today will be our last day this week with brilliant sunshine. Good morning!!! We've got milder coming! Wall to wall sunshine will also be possible today. We get new model data overnight. The changes this morning include a slower moving system and a low that tracks farther inland.
I'll show I've got a look at the latest American model solution at 10PM on Fox 50 and 11PM on WRAL which shows a quicker passage of this system on Sunday along with European Ensemble probabilities which show an increasing trend of measurable snow. See you on TV. The trends today show an increasing chance of impactful winter weather over the weekend. Probabilities of an inch of snow have increased in this afternoon's European Ensembles. This system is still evolving so these numbers are likely to change.
Keep checking back on WRAL in the days ahead for Keep checking back on WRAL in the days ahead for updates on this potential winter storm. Weekend system is still over the Pacific Ocean and over miles away. Once it's over land late tomorrow night we can input more data in the weather models to get an more accurate picture of how the weekend Once it's over land late tomorrow night we can input more data in the weather models to get an more accurate picture of how the weekend will play out.
I'm just finishing up the forecast after looking over the new forecast models. The chance for impactful winter weather over the weekend continues to increase. Slower, stronger, and more moisture were the trends Local Breaking news and the stories that matter to your neighborhood. This article tagged under: Philadelphia meteorologist Editor. Back to Article. Close Menu. Search for:.
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