how do you calculate the surface area of a cube?
357923
Six times the length of one side squared. The area of a square is the s^2 and a cube has six sides.
1060915
Area can be calculated by using the formula Area = 4 Pir^2 .  You didn't mention radius of the tank, thus a numerical answer is impossible.
1178530
Surface Area of a Cylinder = 2 pi r 2 + 2 pi r h\n\n\nr=radius\nh=height\n\nnote: the 2 after the 2 pi r is a square
890633
1. total area of a box of sides a,b,c is 2(ab+bc+ca)\na=4,b=3,c=6 => surface area = 108 sq.ft\n..\n2.Lateral area = pi*radius*slant ht\npi=3.1415,radius=2m(4m/2), slant ht=15m\nans is 188.49sq.metres\n..\n3.   volume of pyramid = (1/3)* height * base area\n= (1/3)* (6) * (6*6)\n= 72 cu.metre\n..\n4. lateral area of cylinder = 2*pi* radius* height\n=2*3.1415*12*60\n=4523.76cu. mm\n..\n5. total surface area = outer surface + inner surface + top surface + bottom surface\n= 2*pi*8*height + 2*pi*5*height + 2 times ( pi*(8-5)^2)\n[the last term is the sum of top and bottom surfaces which are circular rings]\nheight is not given :(
635866
I might be missing something, but the cubic space something occupies is also referred to as it volume, where:\n\nfor a six sides regular box shape volume = heightxbreadthx depth\n\n( make sure all your measurements are in feet eg 1 foot 5 inches is 1 and 5/12 feet. \n\nHowever this formula is not true for a sphere or a trapezoidal box or a pyramid.  For whcih I'd recommend wikipedia or the old maths textbook as its hmmm, err 18 years since I last did all that stuff.
186995
There is no specific word as far as i know, but we used to use the term "Total Surface Area.'\n\nThere are different formulas for calculating the total surface area depending upon the shape of the three-dimensional figure.  If you could elaborate your question, one can give you an exact answer; or is this enough?
417101
averagely it would be 1 cm ^3 (1 cm cube) because its as big as one of those 1 cm blocks. or it cloud be 1ml, seeing as they're the same.\nthis is an estimate.
551690
T= L + 2B\n\nT is total surface area\nL is Perimeter x Height\nB is base area
288086
I assume this is a question from a calculus class.  The only way I know of solving this is using derivatives.\n\nsurface area = 2Pi*r^2 + 2Pi*r*h\n\nV = Pi*(r^2)*h\nV = 400Pi\nThus, 400Pi = Pi*(r^2)*h  Solve this equation for h by dividing both sides by Pi*r^2\n400PI/Pi*r^2 = h  Simplifying will give you\nh = 400/r^2\nNow replace h with 400/r^2 in the equation \nsurface area = 2Pi*r^2 + 2Pi*r*h\nLet S stand for surface area\nS = 2Pi*r^2 + 2Pi*r*(400/r^2)  Simplify\nS = 2Pi*r^2 + 800Pi/r\nNow take the derivative.\nS' = 4Pi*r - 800Pi/r^2\nSet this equal to zero and solve for r.\nI get that r = the cube root of 200 which is 5.84803547643\nNow you should test to see whether this is a max or min.  It should be a min; although, I did not check it.\nAfter you check it plug this value of r = 5.84803547643 into the equation h = 400/r^2\nh = 400/(5.84803547643)^2 \n= 11.6960709529\nThus,\nr = 5.8480354764cm and h = 11.6960709529cm
208438
There is a delightful article by the late Dr. John Kenny on that, back a few years ago, looking at the formulae for surface area and volumes of spheres; I'll see if I can find it for you--it's in my files SOMEWHERE--and give you the reference, and the formulae he generated. It turns out that they're not precisely the same as what you've got--but not terribly far from it.\n\nAs I said, I'll see if I can find it, and I'll get you the reference and the formulae.\n\nAbout 9pm CST...\n\nOK, here is the formulae, done the best I can on this thing...\n\n\nFor a sphere of dimension 2*k, radius R\n\nVolume: (pi^k)*(R^(2*k))/k!\n\nFor a sphere of dimension 2*k + 1 and radius R\n\nVolume:\n(2^(2*k+1))*k!*(pi^k)* (R^(2*k+1))/(2*k+1)!\n\n\nTo get the surface areas for each of these, all you do is differentiate with respect to R...\n\nAs I said, it was a little more complex than you thought--the surface areas come out a little bit differently for odd and even numbered dimensions.  I do not recall why, frankly.
1088174
area = pi times the radius squared\n\nThe diameter is twice the radius.\n\nSo divide the diameter in two, square that and multiply by pi.
915365
initial surface area=6a^2\nnew surface area=2[2a^2+4(a^2/2)]\n=2*4a^2=8a^2\nit will be 4/3 times the original surface area
520391
Area is given in square ft: Length * Width yields ft*ft=ft^2 =sqft\n\nVolume is given in cubic ft: L*W*Height yields ft*ft*ft=ft^3 =cuft\n\nThe formulas above are for area of a square or rectangle, and volume of these shapes in 3-dimensions.  \nFormulas for Area and Volume are different for circles, spheres, cylinders and such.\n\nArea of a circle = pi*(radius^2)\nVol of a sphere= (4/3)*pi*radius^3\nVol of a cylinder= pi*radius^2*Length
323670
measure each diagonal, come up with the area of one triangle X it by 4, then work out the area of the base simple!
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 )
241144
to calculate the area of a 2-dimensional space you always multiply length x width, or in this case height\n\nC
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.