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The answer is in litres so convert first.Example:Salt concentration required = 4000ppmPool volume = 50,000 litresCalculation goes like this:PPM / 1000 = 4Volume / 1000 = 504 x 50 = 200kg Salt Required
Volume = length * width * depthVolume = (100 * 12) * (16 * 12) * 4Volume = 921, 600 cubic inchesConvert this to cubic meters921 600 (cubic in) = 15.1023182 cubic meters
In body-centred cubic structure,The no. of atoms per unit cell= 2Volume of 2 atoms (spherical)=2*(4/3)πr3We know the radius of atom in BCC isr = a√34Volume occupied by the atoms per unit cell(v) = 8πa√33 4v == 8πa33√3------- ---------3 4*4*4Volume occupied by the atoms per unit cell(v) =πa3√3----8Volume of the unit cell for a cubic system(V) = a3Atomic packing factor (APF) =(πa3√3/8)--------------a3√3(or) APF =π---------8APF = 0.68Therefore, we can say that 68% volume of the unit cell of BCC is occupied by atoms and remaining 32%volume is vacant.Thus the packing density is 68%.
The following code demonstrates function overloading to calculate volumes of cubes, cylinders and rectangular boxes (cuboids).#include // required for input/output.#include // required for atan() function.using namespace std; // required for console input/output.// User-input control function (avoids garbage input).unsigned int GetNum( char * prompt ){int iResult = 0;cout iResult ) iResult < 0 ){cin.clear();cin.ignore( BUFSIZ, '\n' ); // If BUFSIZ not defined, use literal constant 512 instead.cout