3D films are caught utilizing two focal points set next to each other, much the same as your eyes (or by creating PC produced pictures to imitate a similar impact). So as to have the option to use three-dimensional vision in theaters, the recorded viewpoints must be assigned to the individual eyes. The most straightforward approach to accomplish this is to utilize special glasses. For this purpose, two kinds of glasses have been created: polarization filters and shutter glasses.

Polarized Filter Glasses Technology

This system just permits light waves of a specific polarization course through the focal points; every focal point permits the contrary polarization direction. The 3D projector counterbalances the pictures for the left and right eyes in different ways. The projection of the film happens on a canvas covered with silver, which is then reflected back so that the polarized beams are discernible to the group of spectators. Polarized filter glasses guarantee that the right pictures fall on the corresponding eye since these are just able to go through the right or left focal points. The brain consolidates this data and enables us to see the intended 3D pictures.

Shutter Technology

Shutter style glasses play out a similar functioning, be that as it may, the specialized angle is to some degree unique. The focal points of the glasses utilize liquid crystals (simply like in an LCD TV) that control the light that can go through the focal points electronically by opening and shutting them. The film is played at a recurrence pace of 60 pictures every second. The shutter glasses open and close the left or right focal point 60 times each second. They are constrained by infrared to guarantee that each different eye can see just every other picture in rotation. Keep in mind, individuals, see development in a film as the liquid when they appear at 24 pictures for every second. Since the quantity of pictures is isolated, the pictures appear at a high recurrence. At 60 pictures for each second, each eye sees 30 pictures, which brings about smooth motion. This enables the brain to “ascertain” the 3D impact.

Exhibit on Himalayan glaciers, largest in the world outside the polar region and their shrinking with impact on the millions of people. It also shows the anatomy of a glacier.

Exhibit

Glacier Nomenclature – Interactive 3D Scaled model Glaciers of Himalaya Visuals/Info Computer Workstation, Depth Sense camera, Projectors, UPS.

A pyramid is also a three-dimensional (3D) shape. It has a polygon base and flat (triangular) sides that join at a common point (called the apex). We often think of the famous pyramids in Egypt when the word ‘pyramid’ is mentioned.

V8 Engine

A V8 engine is an eight-chamber V setup engine with the chambers mounted on the crankcase in two arrangements of four, with each of the eight cylinders driving a typical crankshaft. Most banks are set at a correct point to one another, some at a smaller edge, with 45°, 60°, and 72° generally normal.

Based on Newton’s third law of motion.

Exhitbit

MS structure with umbrella, a grill, label and stand.

When a rod Kept at an angle and made to rotate about an axis, generates a hyperboloid of revolution.

Exhitbit

Core exhibit consisting of motor with gear box, SS rods, 4’x4’ x 12 mm thick Acrylic sheets. All the above are placed on a cylindrical shaped exhibit wooden cabinet.