Assignable

FRICTION WHEELS: Kinematically, the motion and power transmitted by gears is equivalent to that transmitted by friction wheels or discs in contact with sufficient friction between them. In order to understand motion transmitted by two toothed wheels, let us consider the two discs placed together. When one of the discs is rotated, the other disc will be rotate as long as the tangential force exerted by the driving disc does not exceed the maximum frictional resistance between the two discs. But when the tangential force exceeds the frictional resistance, slipping will take place between the two discs. Thus the friction drive is not positive a drive, beyond certain limit. Gears are machine elements that transmit motion by means of successively engaging teeth. The gear teeth act like small levers. Gears are highly efficient (nearly 95%) due to primarily rolling contact between the teeth, thus the motion transmitted is considered as positive. Gears essentially allow positive engagem

Document 1: Class Notes Document 2: Practicals Document 3: Assignment Document 4: Questions Papers Document 5: Class Notes

Document 0: Questions Paper Document 1: Questions Paper Document 2: Practicals Document 3: Assignment  1 Document 4: Assignment 3 Document 5: Assignment 4 Document 6: Last 2 Practicals Document 7: Syllabus Document 8: Transducer Document 9: Functions of Instruments and Measurement Document 10: Instrumentation and Process Control Document 11: Classification of Instruments Document 12: Summary (Part 1) Document 13: Summary (Part 2) Document 14: Summary (Part 3)

Document 1: Class Notes Document 2: Practicals Document 3: Assignment Document 4: Questions Papers Document 5: Soft Copy Document 6: Class Notes (Topic: HTML) Document 7: Class Notes (Topic: Email) Document 8: Questions Paper (2019)

Document 1: Class Notes Document 2: Practical Document 3: Assignment Document 4: Soft Copy (Building Construction Material and Type of Building Construction) Document 6: Questions Paper

Document 0: Syllabus Document 1:  Notes Document 2: Practical  and Practical 13 Document 3: Detection of Hydrogen Peroxide and Pond Water Document 4: Accreditation and Pyne's Method Document 5: Calibration of Laboratory Equipments Document 6: Instruments in Quality Control Document 7: Questions Paper

Document 1: Class Notes Document 2: Practicals Document 3: Class Notes (Topic: Ghee Residue and Co-precipitates) Document 4: Notes (Topic: Physico-Chemical Characteristics of Skim Milk) Document 5: Summary (Please, Study the Manufacturing of Casien and Co-precipitates from Notes) Document 6: Questions Paper

Document 1: Class Notes Document 2: Assignment Document 3: Practical Document 4: Class Notes  (Topic:Soft  Water Disadvantages & Numerical)

Download PDF

Download PDF