If x,y and z respectively represents the number of faces, edges and vertices of a hexagonal pyramid, then the value of ((x-y+z)/(2))^(2) is
Consider the equations x+[y]+{z}=200.0,[x]+y+{z}=190 1. [x]+[y]+z=178.8 greatest integer,{.} fractional part) 5.The value of [x] is________ 6. The value of [z] is ________ 7. The value of [y]-[x]+[z] is ________
Three fractions, x, y and z, are such that x > y > z. When the smallest of them is divided by the greatest, the result is 9/16 , which exceeds y by 0.0625. If x +y+z=1 13/24 , then the value of x + z is:
