How to I figure the cube size of a case?
353620
Multiply the length by the width by the height.\n\nIn your case 7*7*7 = 343 cubic units*\n\n*Whatever units you used for example cm's - cm3\n\nHope this is want you were after.
689701
a4 paper measures 210cm by 297cm\n\nif you cut a 210cm x 210cm square, you can form a cube with each side measuring 74.246cm\n\ncutout shown via the link\n\n-------------------------\n\nor if you talk about it in terms of surface area:\n\na4 paper (210cm x 297cm) has an area of 62370 cm^2\n\na cube, with side "s" will have a surface area of "6s^2" because each face has an area of s^2 and there are 6 of them. setting the two equal to each other:\n\n6s^2 = 62370\n\ndivide by 6\n\ns^2 = 10395\n\nsquare root of both sides\n\ns = 101.96 cm this means that it is possible to make a cube with each face having a size of 101.96cm
594683
To find area you multiply the length times the width. It's pretty easy once you know
554844
I would like to have a hypercube too, can you tell me how you made yours?
277462
Within your 3x3x3 cube, we have ten classes of rectangular prisms, including the two boundary cases of the whole cube and of the single cublet:\n1x1x1, 1x1x2, 1x2x2, 1x1x3, 1x2x3, 2x2x2, 2x2x3, 1x3x3, 2x3x3, 3x3x3.\n\nFor each prism class, we have to count all possible arrangements within the main cube. The contributes to this number are from translations, then from rotations (but only for non-symmetric prisms). If I'm not wrong, they are:\n1x1x1: 27\n1x1x2: 54\n1x2x2: 12\n1x1x3: 27\n1x2x3: 18\n2x2x2: 8\n1x3x3: 9\n2x2x3: 12\n2x3x3: 6\n3x3x3: 1\n\nTotal=174 prisms\n\nAs per your later addition, if we want to discard cubic prisms, we have: 174-27-8-1 = 138 non-cubic prisms.
446946
To find the surface area of a cube without measuring a face, you would:\n1) Multiply: length*width\n2) Multiply: length*height\n3) Multiply: width*height\n4) Then you add those three answers up \n5) After you add them, multiply by 2 because a cube has 2 of each face.\n\nHope this helps!!
796040
material needed=2pir(h+r)\nvolume=pir^2h\npir^2h=1000cc (given)\nh=1000/(pir^2)\nsubstituing h in the equation 2pir(h+r)\nmaterial=2pir(1000/pir^2+r)\n=2pir*1000/pir^2+2pir^2\ndA/dt=-2000/r^2+4pir\nsetting this to zero\n-2000+4pir^3=0\n4pir^3=2000\nr^3=2000/4pi\nr=cube root of 500/3.14\n=5.4 approx\nsubstituting\nh=1000/(3.14*5.4*5.4)\n=10.9 aapprox\nso the radius is 5.4 cm approx\nand the height 10.9 approx
691096
the answer is 56 cu.in i.e. choice (D)\nVol of the cube is side*side*side and so is 6*6*6 cu.in i.e.216 cu.in..........................(1)\nVol of the rectangular solid is length*breadth*height and so is 10*4*4 cu.in i.e.160 cu.in................................(2)\nComparing (1) and (2) it can be seen that the cube-shaped box is bigger than the rectangular box by\n216 less 160 cu.in i.e.50 cu.in\nHence the choice (D)
29575
well, the formula for the volume of a cone is 1/3 * base * height.\n\nthe trick to doing this is to find the volume of the large cone, then subtract the volume of the small cone.  what's leftover will be the tumbler-shaped volume.  plug in numbers for the height and base for both the large and small cones, and then subtract. voila!
77442
It implies that the box is 10 square so each dimension is 10.  Volume of a cube = h x d x w , or in this case 10 x 10 x 10 = 1000
679609
Surface Area=sqrt{3}a^2\n    Volume =(1/12)sqrt(2)a^3\nhttp://en.wikipedia.org/wiki/Tetrahedron
184662
You can convert it all to inches then divide by 1728 cubic inches/cubit foot to get.\n\n[(22x12)x(110x12)x3]/1728\n(264x1320x3)/1728\n1045440/1728=605 cubic feet\n\nOr you can convert the 3" to what that is in feet by dividing 3 by 12 to get 0.25'\n\n22x110x0.25=605 cubic feet
981115
that way you can remember the formula with generic terms like L and W then later insert the corresponding numbers.\n\nlength times width equals area\nL * W = A\nl2" * 12" = 144 square inches
493858
this will be  169646.00329384883487698274269709 cubic inches
341037
-5 x 2 x 2 x 2 x 2 x 2 (or, I guess you could say -1 x 5 x 2 x 2 x 2 x 2 x 2)
192399
In the front?  You have to consider the whole cube to find volume.  Volume = base area * height  You could find the surface area of one side, but you'd need to know the side length.
724460
Yes, you'll need to find the area of each of the faces of the cube.\n\nReminder a cube is a 6 sided figure with 6 square faces.  It is the same shape as a dice that you throw in board games.\n\nEach edge is 10 feet,\n\nso the area of each face is 10 x 10 feet squared\n\n=100feet squared.\n\nFour of these sides will have a total area of 4 x 100 feet squared\n\n=400 feet squared.\n\nThe paint used costs $5 per square foot,\n\nso total cost for the 4 faces with ceaper paint = $400 x 5\n\n=$2000\n\nNow consider the other 2 faces,\n\nThey have a total area of 2 x 100 square feet\n\n= 200 sq. ft.\n\nCost of painting these is $10 per sq.ft.\n\n=$10 x 200 \n\n= $2000\n\nAs each lot of painting costs $2000\n\nThe whole cube (6 faces) costs $2000+ 2000\n\n=$4000