Volume of a Cylinder Calculating the volume of a cylinderinvolves multiplying the area of the base by the height of the cylinder. The base of a cylinder is circular and the formula for thearea of a circleis: area of a circle = πr2. There ismore here on the area of a circle. Note...
=basearea*heightThevolumeoftheconebottomarea=xheight/3Cuboid(cubeandcylinder)Volume=basearea*heightPlanefigureNames,symbols,perimeter,C,andareaSSquarea-lengthC=4AS=A2TherectangularAandBsidelengthC=2(a+b)S=abTrianglea,B,CthreesideOntheedgeofthehighHaHalfofthecircumferenceofSA,B,C.Wheres=(a+b+c...
The second object (B) is a cuboid with sides 3 cm x 3cm and is 1 cm thick. The latter object (B) has a round hole in the center of it's 3x3 side of 1 cm in diameter. Calculate the force necessary to insert the first object (A) THROUGH the hole in the second object (B). ...
The so-called three-axial compression technique was applied, in which in the first phase a random particle cloud inside a cuboid is generated. In the second phase, the cuboid walls are getting closer and the particle cloud is compressed until a target porosity equals to the porosity of real ...
The more heat is dissipated to the ambient air, the lower the temperature rise of the cuboid itself. If there is no convective thermal resistance Rconv to the ambient air, the boundary of the cuboid is an isothermal boundary, which reaches the limits of the thermal convection capacity. When...
Interpolates the fields to three different types of grids: Regular rectangular and cuboid grid - useful for cosmological simulation. Redshift cone (spherical coordinates) grid - useful for galaxy redshift survey or for mock observations. User given sampling points - can describe any complex or non...