What is the definition of the volume of a cylinder?
368234
The definition of the volume of an object is just how much space it occupies.\nIf you're looking for the formula for volume, then \nV = Pi(r^2)h, where r is the radius and h is the height.
425258
volume = height X width x depth\nv = h x w x d\nv= 11 x 16 x 24\nv= 4224 inches^3 ( inches cubed )
237112
the cylinder shape and the contents.
969061
The only thing you need to figure that out is the height of the (i presume) circular cup. Just estimate it as a cylinder, or use some simple calculus to add a sloped cup.\n\nAnyways, the volume of a cylinder is pi*r^2 * h. or A * h  where A is the surface of the water.\n\nThe next problem is converting fl. oz to a volume in terms of distance measurements. I find this easiest to do in metric units, although if you spend some time you can figure it out in oz.\n\nso 1 US fluid ounce = 29.5735297 ml\n\n1 ml = 1 cubic cm.\n\nthus\n\n16 US fluid ounces = 473.176475 ml = 473.18 cubic centimeters.\n\n473.18 = A * h.\n\nSimply put in the height in centimeters and you've got the area.\n\nI don't know of any statistics about the average car cup holder dimensions although if you take a guess and imagine the one in your car, i'm sure it'll be close.
1172136
try this and learn more about volume\nhttp://en.wikipedia.org/wiki/Volume
946826
Volume is anything that takes up space and Density is how much matter something has.
888444
The volume unit would be a cubic unit as it is 3-dimensional. It would depend on the unit of measure in the equation.\n\nThe calculation for volume of a cylinder is (pi) * radius^2 [squared] * height.\n\nOr out in English "Pi times the radius squared times the height"
151220
The sum of the internal energy of a body and the product of its volume multiplied by the pressure.
705966
m = vd  where m is mass, v is volume and d is density.  So volume = size is important.
452183
Volume of a cylinder, V = pi * r^2 * h\n\nV = pi * 18^2 * 8\nV = pi * 324 * 8\nV = pi * 2592\nV = 8143 cubic inches OR 4.71 cubic feet
728936
1. obtain formulas for surface area and volume of cylinder\n2. let volume equal 1000 and solve this volume equation for h\n3. substitute the expression from previous step into surface area    equation to get equation with only r's\n4. differentiate surface area formula with respect to r set this equal to 0 and solve for r i got   r=10/3rd root(pi)\n5. substitute value for r into volume equation solve for h  i got h=10/(pi)^(2/3)\n\nincidentally, i used 2nd derivative test to conclude r is minimum\n\n\n\ni'll get back to u with more
116020
Volume = pi*r^2*h\n\nWhere pi = 3.14.159...\nr = raduis of cylinder in feet\nh = height of cylinder in feet
173346
For a circular cone, it's V=(1/3)*pi*h*r^2. For a cone with a non-circular base, the volume is always 1/3 the volume of the corresponding cylinder. So if the area of the base is A, the volume of the cone will be (1/3)Ah. In this, h is the vertical height of the cone and r is the radius of the circle on the base.
564373
dia = diameter, right?\n\nok...\n\nV = pi * r²h\n\nV = pi * 0.5m² * 1.2m\n\nV = pi * 0.3m\n\nV = around 0.942478m³.\n\nSo a cylinder with diameter 500 mm and length 1200mm gives us 942.478 litres of fuel.\n\nThat is though, if we ignore the thickness...\n\nEDIT\n\nWhoops, I mistook the diameter to be the radius. The correct answer is the above divided by 4, or about 235.62 litres.
521096
The volume of a tube or cylinder is the cross-sectional area times the height/length.  Therfore, A=pi*(d/2)^2...\n\nA = pi * (3/8in)^2 = 9*pi/64in^2\n\nSo...\n\nV = A * length\nV = 9*pi/64in^2 * 800ft*(12in/1ft)\nV = 9*pi/64in^2 * 9600in\nV = 4241.15in^3\n\nHope that helps :)
361907
If the tank is a cylinder, the Volume is πr²h.  If you get the volume in cubic feet, multiply by 7.5 to get gallons.
1142473
The volume of a cylinder equals the (area of the base)*height = π r2h