Simply because of particle size. The size of the Golf ball means there are a lot of large spaces created in between them, therefore leaving large holes. The sand is very fine, and it can be compacted to leave very little gaps.
If you were to graph particle size and porosity, it would be a constant slope (horizontal line).Porosity is not affected by particle size.
75
You just stack them ontop of eachother, except more carefully that it would with 3 balls
The second it touched your balls, you'd probably realise what an idiot you are
64 balls would fit in a ft cubed 64 x 106.6 = 6822
You can always buy them online, or at least at most tourist beaches. That's because water filled balls are common to use in the sand. (I would imagine)
No, soccer balls are filled with ordinary air If they were filled with helium, they would float into the skyHelium filled soccer balls would certainly not "fly into the sky"! The difference in mass of an air filled ball and one filled with helium would be but a few grams! But the helium (having a much smaller molecule than those that comprise air) would leak out of the bladder more quickly. In addition Helium is much more expensive than compressed air.
They would be way too heavy if you fill them with water.
Porosity, or empty space may used in fields like ceramics, pharmaceutics, manufacturing, engineering, and soil mechanics. Each field has different scenarios when porosity would be used.
If you were to graph particle size and porosity, it would be a constant slope (horizontal line).Porosity is not affected by particle size.
sandstone
A variation in aggregate side (well graded) allows the concrete to be more dense, which means less voids, which allows for stronger concrete. Think of it this way. If you had a two rooms, and you filled one with just basketballs and the other with beach balls, then basket balls, then baseballs, then golf balls, then bee bees which would you think would be filled more. The one with the varying sized balls.
Metamorphic rocks would have less porosity than sedimentary rocks.
tickle my balls
Sedimentary rocks are composed of clasts or grains that have been pressed together. The gaps or spaces between these grains are known as pores or pore spaces. As such Porosity is a measurement of the volume of pore space compared to the total volume of the rock and is usually expressed as a percentage. As such a rock that has a high porosity has a very large amount of pore space compared to its total volume. For example a rock with a porosity of 50% would essentially be composed of 5o% solid material and 50% empty space (whcih may in turn be filled with fluid or gas or a mixture of the two.
round particles of the same size.
the woman who lives a life filled with denial and envy.