Showing 33–48 of 64 results
PHY-MECH-34 LEVER APPARATUS (WOODEN)
SSI-PHY-MECH-34
A wooden meter rule, graduated in millimeters and reading every centimeter used as lever with its fulcrum at it center. Fulcrum pivoted on a stand with the meter rule having holes 25mm apart all along its length. Two hangers included with mounting pins that can be suspended from any of
PHY-MECH-35 LEVER APPARATUS (METAL)
SSI-PHY-MECH-35
A metal meter rule, graduated in millimeters and reading every centimeter used as lever with its fulcrum at it center. Fulcrum pivoted on a stand with the meter rule having holes 25mm apart all along its length. Two hangers included with mounting pins that can be suspended from any of
PHY-MECH-36 MOMENT OF FORCE APPARATUS
SSI-PHY-MECH-36
Comprises a 50-0-50cm meter rule graduated in millimeters with an adjustable knife edge that rests on a stone agate to form the fulcrum. On either side of the fulcrum, a knife-edge clamp is located to suspend mass hanger. By adjusting the position of weights along the meter rule, to students
PHY-MECH-37 LOOP APPARATUS
SSI-PHY-MECH-37
The apparatus is used to demonstrate the transformation of potential energy into kinetic energy in a fun and interesting way. Challenge your students to calculate the minimum height that the steel ball can be rolled down the track and still have it complete the loop without breaking contact with the
PHY-MECH-38 NEWTONIAN DEMONSTRATOR APPARATUS METAL
SSI-PHY-MECH-38
It is also called Collision Balls apparatus. To show the Newtons Third Law of Motion. The visual demonstration helps the students to understand the concepts like collision between equal mass bodies exchange velocities kinetic energy and momentum etc. by pulling and releasing the different numbers of balls can be observed to draw many interpretations. The whole units
PHY-MECH-39 NEWTONIAN DEMONSTRATOR APPARATUS WOODEN
SSI-PHY-MECH-39
It is also called Collision Balls apparatus. To show the Newtons Third Law of Motion. The visual demonstration helps the students to understand the concepts like collision between equal mass bodies exchange velocities kinetic energy and momentum etc. by pulling and releasing the different numbers of balls can be observed to draw many interpretations. The whole units
PHY-MECH-40 FALLING BODIES APPARATUS
SSI-PHY-MECH-40
It is also called Projectile Apparatus. This simple but effective apparatus demonstrates that two projectiles launched at the same time, but with different trajectories, will hit the ground at the same time due to the force of gravity. Supplied complete with a pair of steel balls, which may be stored in
PHY-MECH-41 NEWTON'S SECOND LAW OF MOTION APPARATUS
SSI-PHY-MECH-41
It allows students to prove to themselves that a ball dropped straight to the floor and one shot outward will hit the ground at the same time. Student keeps both steel balls in position on the base and propels them at the same instant using the spring plunger. Comprises a
PHY-MECH-42 STUDY OF MOMENT'S KIT
SSI-PHY-MECH-42
The shaped body is designed to complete the course of statics and to allow practical measurements to be undertaken. It allows following experiments: The kit consists of irregular shaped body, a system for measurement of distances, 4 pulleys on magnet, one roll of thread and one magnet on hook. Determination
PHY-MECH-43 ROLLER BALL APPARATUS
SSI-PHY-MECH-43
The investigation between the impacts of spheres of different material and size spheres can be performed with the help of this apparatus. Wooden construction with a ‘V’ shaped grooved track for smooth movement of spheres and a detachable footboard used to place the track and make it easy to store.
PHY-MECH-44 INCLINED PLANE & FRICTION SLIDE APPARATUS
SSI-PHY-MECH-44
This instrument has been designed to study concepts of motion on an inclined surface and its relationship to the friction. All metal construction provides sturdiness and durability to this apparatus. It is made of polished hardwood board hinged at one end to wooden base board. A pulley in U-bracket is
PHY-MECH-45 INCLINED PLANE & FRICTION SLIDE APPARATUS, ALL METAL
SSI-PHY-MECH-45
Comprises an aluminum inclined plane of size 600 × 100mm (L × W) hinged to an aluminum base board of size 450 × 100mm (L × W). An arc scale graduated 0-45°× 1°, mounted base board given angle of inclination. Includes meter roller, weight pan with cord and troll
PHY-MECH-46 DYNAMICS TROLLEY SET, WOODEN
SSI-PHY-MECH-46
For exploring the Newton’s motion, the concept of conservation momentum, and elasticinelastic collision of objects in one-dimension. Comprises a pair of wooden trolleys, each carried upon three wheels with ball bearings to minimize friction and a spring loaded exploder plunger with 2 levels of spring compression, which is activated by
PHY-MECH-47 DYNAMICS TROLLEY SET, PLASTIC
SSI-PHY-MECH-47
Made from rigid ABS plastic, these trolleys have accurately-aligned, very low friction wheels. Coupled with their low profile and accurate mass of 600g, this allows a range of kinematic experiments to yield high quality data. The two-position firing pins have a locking catch for safety and the trolleys have velcro
PHY-MECH-48 MINI DYNAMICS TROLLEY, METAL
SSI-PHY-MECH-48
Die-cast robust metal body in corporating new, compact design. The low friction wheels have individual spring suspension making them retract into the body to protect the trolley from damage due to fall or accidental skateboarding. Two metal locking pins provided at the top of trolley facilitates secure stacking of two
PHY-MECH-49 MINI DYNAMICS TROLLEY SET, PLASTIC
SSI-PHY-MECH-49
A pair of single piece moulded body made of unbreakable ABS having easily snap-in and removable wheels. Each trolley comes with provision for attaching spring steel bumpers, included with the set. The top of trolleys has recessed rectangular well for accommodating weights to increase the effective weight of the trolley.