There are different kinds of sand, but one of the most common, quartz sand, has a specific heat of 830 (J/kg°C)
i believe it take about ten years to form a sand dune
This is because sand is very tiny. Thus, it will stack up and take the shape of the container. Sand is solid so it has a definite shape. Adam the pro
yes
The people you play wordfeud with seem to be slow players if it takes four days for them to finish. They perhaps do not have much time to play, or take a lot of time to come up with their responses.
because sand is smaller than feathers and it would take up as much space with the sand , and if the feathers were there it would take up more space because its and larger object than the sand .
I guess it depends on how much is assigned, but on average it should take no more than half an hour to finish.
to provide a high gloss finish (while making a guitar), first make sure there is no orange peel, or any bumps in the initial color coats of the finish. there should be about 4-5 coats of the said color finish on the guitar. sand the color lightly, and apply the gloss lacquer, about 5-6 coats. Sand the finish with 400, 1000, and 2000 grit sand papers in that order. you should see some of the shine start in this, but not in the mirror- like gloss usually seen on high gloss finishes. finally, take some wax and a buffer, and buff the sanded finish until it is buffed to a mirror-like sheen.
1.72 mb
Gaara's gourd is full of sand, however, he can take regular sand off the ground and can even use his existing sand to grind up rocks and earth to make more.
25%-sand 255-clay 25%-gravel 25%-humus
Take This by the Storm was created on 2005-12-06.
how much space does 25kg of garnet take up
5000 lbs of sand, give or take a hundred.
gerbils take baths in sand.
I am assuming you mean 1.5 horse power pump.. Pumps do not take sand, the filter does. I would need to know the make and model of the filter to tell the amount of sand
There are different kinds of sand, but one of the most common, quartz sand, has a specific heat of 830 (J/kg°C)