How do you find the volume of rock sugar using a displacement can?
87807
Fill up the can with water and record the volume (v1) of it. Then place the rock sugar in it and record that volume (v2). Then do the following equation: v2 - v1 = x. The x is the volume of the rock sugar.
501128
Inside or outside volume?\n\nInside:  Can't use Fluid => Gas or liquid.  Use solid like sand to fill the vase.  Takeout the sand and measure the volume either by weight/density or use another standard measuring device.\n\nOutside: Trace the curve, find out how many continuous sections are there that are connected at discontinuous boundaries, find volumes of each (use cylinder or cone volume formula) and add up the volumes.
589092
ya you would just go density divided by the mass and then you get the volume  make sure you density is grams/ml and then your mass should be ml and then your volume would turn out to be grams. good luck
524937
look here\nhttp://education.yahoo.com/reference/weights_and_measures/index?p=volume
921575
9.8 m/s^2 is the acceleration due to earths gravity. calculate the volume of the paint bucket. multiply it by 7.65 to get the mass.
599200
One metric ton of sugar produces about 79.5 liters of alcohol.  It's not clear if this is harvested or dry weight, though.
554775
Put it in a graduated cylinder, record the water level, drop the rock in, and note the new water level. Subtract.\n\nYay science.
460515
i think the volume must be, ((12*5)/2)*15 \n\nin which (12*5)/2 is the area of the one of the bases and 15 is the height since the volume is the base area times the height
946895
Let the height be h (inches), radius r.\n\nNow by proportion, h = 5r at every level.\n\nHence volume is given by\n\nV = (1/3)pi*r^2*h which is\n       (5/3)*pi*r^3\n\n"Rate at which water is drained" means find dV/dt\n\ndV/dt = 5*pi*r^2*(dr/dt),\n\nand dr/dt = (1/5)*(dh/dt)\n               = -2/5\n\nYou can finish from there.
1121653
density=mass/volume or something like that, so if u have the density and the volume (aproximations ofcourse) u can find the mass\n\ni think! lol
471793
Well here's some extra info you need to solve the problem:\n\n1 cubic inch = 0.00432900431 US gallons\n\nSo one can has a volume of:\n\nV=(pi)(5)(3/2)^2=35.34291 cubic inches\n\nThey filled 86400 cans which has a volume of:\n\nVtotal = V*86400 = 35.34291*86400 = 3053627.424 cubic inches\n\nThen you need to convert this to gallons so:\n\nVgallons = 0.00432900431 * 3053627.424 = 13219.1662 Gallons
732533
D = M/V\n\nDensity= Mass/Volume
551763
Volume of 13.01 cu.in(s) to fill a 12 oz soft drink container..at reg. atmospheric pressure
860910
Pour the liquid in the graduated cylinder and there will usually be mL markings along the side.  This measurement is volume
247410
There are different formulas for different shapes. This page has a list of them: http://www.math.com/tables/geometry/volumes.htm
120873
D= M/V\n\nIts a formula used to calulated to density (thinkness) of an object by dividing the Mass of an object by its volume. In this case, you can use the water displacement method that displaces (water) from its orignal volume by adding an object (marble). Using a balancer, measure and record the weight of graduated cylinder(ml), before and after the addition of water. Subtract the weight of the cylinder with water from the cyliner's weight and you will get the mass. You have to pay attention to how much the water displacement after adding the marble. record the volumes before and after (if ness). This will solve for volume. Once this is accomplished, you would have no problem finding the density.
856026
Use the gas law\nPV=nRT