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Educational Demonstration Models
Fleming’s Left Hand Rule
Amtech India OFfers the above model to demonstrate Fleming’s Left-Hand Rule which states that Whenever a current carrying conductor is placed in a magnetic field, the conductor experiences a force that is perpendicular to both the magnetic field and the direction of the current.
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Educational Demonstration Models
Fleming’s Right Hand Rule
According to Fleming’s right-hand rule, the thumb, forefinger and middle finger of the right hand are stretched to be perpendicular to each other as shown in the illustration at right, and if the thumb represents the direction of the movement of conductor, fore-finger represents direction of the magnetic field, then the middle finger represents direction of the induced current.
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Educational Demonstration Models
Floating Magnets kit
Amtech India offers the above utility model to demonstrate that like poles attract each other and unlike poles attract each other. These models have the advantages of convenient and visual operation, simple structure and rich content, and can play a very important part in cultivating students’ learning enthusiasm and interest in primary and secondary schools and in cultivating practical ability; the utility model has positive effects on disengaging from examination-oriented education and carrying out and promoting popular science activities.
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Physics, Physics Lab Experimental Setups
Focal Length of Combination of two Convex lenses using Nodal slide assembly
Physics, Physics Lab Experimental SetupsFocal Length of Combination of two Convex lenses using Nodal slide assembly
Amtech India offers Experimental Setup to determine the combination of two convex lenses using nodal slide assembly and to verify the formula. The above setup consists of an optical bench 1.5 meter , two Convex lens , Nodal slide assembly .
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Physics, Physics Lab Experimental Setups
G by Free Fall Apparatus
Amtech India’s offers above apparatus for determining the acceleration due to gravity ”g” by activity the time of fall of a steel spherical ball through a noted distance. The Above equipment measures the time it takes for a ball to fall a particular distance employing a digital timer.
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