Delphi51 said:Find the volume of one drop. Find the volume of the cylinder. Watch out for units - might be smart to convert everything to meters at the start.
Delphi51 said:No, it says the water drop has a radius of 10 μm. That means it is a sphere. Use the formula for the volume of the sphere to find its volume. Express the 10 micrometers in units of meters first. You'll get a very small answer, of course.
Yes, 330 drops in a cc. So after you find the volume of one drop of water, you can multiply by 330 to find out how much water in a cc of cloud."One cubic centimeter of a cumulus contains 330" that's what i am talking
Delphi51 said:Yes, 330 drops in a cc. So after you find the volume of one drop of water, you can multiply by 330 to find out how much water in a cc of cloud.
dhago07 said:ok i found the volume of both what's next
Delphi51 said:ok you know how much water in one cc of cloud.
So how much in the whole cloud? Find the volume of the cloud. It might be handy do to this calc in centimeters for easy comparison with the water in one cc.
Delphi51 said:I'm not clear on what you've got. Thought you said you had the volume of water in one drop AND the volume in 330 drops, which is the volume of water in 1 cc of the cloud.
Maybe give the approximate numbers you have for all these volumes so we can write more clearly.
The volume of water in a cumulus cloud can vary greatly, but on average, it is estimated to be around 1 million cubic meters.
The volume of water in a cumulus cloud is calculated by multiplying the cloud's surface area by its average depth. This can be done using mathematical equations or by estimating the cloud's dimensions and making calculations based on that.
Yes, it is possible to estimate the volume of water in a cumulus cloud using pop bottles. This method involves collecting rainwater from the cloud and measuring it in a pop bottle, then multiplying that by the number of bottles needed to fill the entire cloud.
The volume of water in a cumulus cloud is directly related to its mass. The more water the cloud contains, the heavier it will be. However, other factors such as the size and temperature of the cloud also play a role in determining its mass.
Calculating the volume of water in a cumulus cloud is important for understanding and predicting weather patterns. It can also help in determining potential precipitation amounts and potential flooding risks. Additionally, studying the volume of water in cumulus clouds can provide valuable information for climate research.