Faces Fig. 16.1 is made of six rectangular plane regions namely ABCDEFGH CGFB AEFB and CDHG. These six rectangular plane regions are six faces of the cuboid shown in Fig. 16. 1.

Cuboid a cuboid is a solid bounded by six rectangular plane regions.

Cuboid-A cuboid is a solid bounded by six rectangular plane regions.

Find moment of inertia of a uniform rectangular plate about axis zz' passing through center and perpendicular to the plane of plate, as shown in Fig.

A charged particle of specific charge s passes undeviated through region 1 as shown in Fig.

From a 16cmxx8cm rectangular uniform plane sheet, exactly one quarter of the sheet is removed as shown in figure. If the origin be taken at the centre of the sheet considered as shown in the figure the coordinates of the centre of mass of the remaining sheet is

The surface areas of the six faces of a rectangular solid are 16, 16, 32, 32, 72 and 72 square centimetres. The volume of the solid, in cubic centimetres, is

In a region of space a uniform magnetic field perpendicular to the plane of the page and directed towards reader exists. A particle has a trajectory as shown in fig. The particle is-

A rectangular block of glass ABCD has a refractive index 1.6 . A pin is placed midway on the face AB , Fig. When observed from the face AD , the pin shall. .

A missing helicopter is reported to have crashed somewhere in the rectangular region in Fig.13.5. What is the probability that it is crashed inside the lake shown in the figure? (FIGURE)

The side of a regular hexagon (Fig 11.10) is denoted by 1. Express the perimeter of the hexagon using 1. A regular hexagon has all its six sides equal in length.)