I believe you can use it to tell if gold is solid, or anything you would wan't to know the density of, for that matter
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there are 2 ways that I know about: the first way is length x width x height. And the second way is the water displacement method by Archimedes.
The water displacement method is used to find the volume of an irregularly shaped object. This method was discovered by Archimedes in Ancient Greece, while he was taking a bath. He was so excited at his discovery that he ran through the streets of Athens naked, shouting Eureka!-Start with a known volume of water. It is easiest to use a graduated cylinder or beaker, as they have volume measurements along the side. Record that volume.-Add the solid object. Measure the new volume in the beaker.-Subtract the two volumes, to get the amount of water displaced. This is the volume of the solid object.If you are talking about water displacement to measure the volume of an object, you would use a graduated cylinder, if the object was small enough, and put water into the graduated cylinder, then you put the object in and however much the water rises, usually mm, that is the volume of the objectHope this helped!
Well, this problem does not have quite enough information to be able to give you a direct answer. But I shall try anyhow... One method would be to use calculus and integrate the equation that describes cross sections of the shape. Another would be to wrap it up and submerse it in water to see the amount of water it displaces, and measuring that will give you the volume. Oh wait, a kaleidoscope is basically an extruded surface right? so find the area of the base and multiple by the height. I hope that helps.
They drank whatever they could find, wich would be mostly water or goat milk.
When the colonists settled there they didn't realize that the area was a swampy area full of mosquitoes and disease spread quickly. Also they had hard Winters and Indians attacking and couldn't find water. But if they did find water it would have helped, and eventually they did.