how long does it takes for 1000 pounds to melt in 12 feet of snow at 39 degrees
To determine how long it takes for 1000 pounds of snow to melt in 12 feet of snow at a temperature of 39 degrees, we need to consider a few factors. The rate at which snow melts depends on various factors such as temperature, solar radiation, wind speed, and humidity.
Given the information provided, I can offer a general approach to estimate the time it might take for the snow to melt.
1. Calculate the volume of the snow: Multiply the area of the surface covered by snow by the depth of the snow. In this case, the area is not specified, so we cannot provide a precise calculation. Let's assume it is a square area with dimensions of 100 feet by 100 feet, resulting in 10,000 square feet. Therefore, the volume of snow would be 10,000 square feet multiplied by 12 feet, equaling 120,000 cubic feet.
2. Convert the volume of snow from cubic feet to pounds: The density of snow can vary depending on its water content, but typically it ranges from 7 to 20 pounds per cubic foot. Assuming an average density of 15 pounds per cubic foot, we can multiply the volume of snow by the density to get the weight. So, 120,000 cubic feet multiplied by 15 pounds per cubic foot equals 1,800,000 pounds of snow.
3. Estimate the melting rate: The rate at which snow melts depends on various factors, including temperature. However, without considering the other factors mentioned earlier, we can make a rough estimate. Generally, snow at 32 degrees Fahrenheit will melt in about 10 hours per inch of depth. Since we have 12 feet of snow, we can approximate the melting rate to be around 10 hours per inch multiplied by 12 inches, resulting in approximately 120 hours, or 5 days.
It is important to note that this estimation does not account for variations caused by temperature fluctuations, solar radiation, wind speed, and humidity, which can significantly affect the melting rate. To obtain a more accurate estimation, it would be advisable to consult local weather reports or use specialized snow melting rate equations that account for these factors.