LAWS OF MOTION NEWTON’S LAWS OF MOTION: Following are the three laws of…
Category: Applied Mehanics
Applied mechanics is the branch of mechanics that deals with the practical application of the principles of mechanics to solve real-world problems. It involves analyzing forces, motion, and energy in physical systems, and using that understanding to design, build, or optimize various structures, machines, or devices.
Applied Mehanics
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APPLIED MECHANICS- Radius of Gyration
RADIUS OF GYRATION: Radius of Gyration is the distance from the axis of rotation to…
Applied Mehanics
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APPLIED MECHANICS- Single Purchase Winch Crab
EXPERIMENT OBJECTIVE: To find the mechanical advantage, velocity ratio and efficiency of a single…
Applied Mehanics
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APPLIED MECHANICS- Worm and Worm Wheel Experiment
EXPERIMENT OBJECTIVE: To determine the velocity ratio, mechanical advantage and efficiency of a single threaded…
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APPLIED MECHANICS- Jib Crane Practical
EXPERIMENT OBJECTIVE: To Verify Lami’s theorem by finding the forces in the different members…
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APPLIED MECHANICS- Equilibrium of Body on Inclined Plane
FRICTION EQUILIBRIUM OF BODY ON INCLINED PLANE: Any system of forces that keeps…
Applied Mehanics
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APPLIED MECHANICS- Laws of Friction
FRICTION LIMITING FRICTION: The maximum value of friction which comes into play when…
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APPLIED MECHANICS- Friction
FRICTION: When two bodies are in contact and have the tendency to move over one…
Applied Mehanics
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APPLIED MECHANICS- Couple
MOMENT COUPLE: When two equal and unlike parallel forces having different lines of action…
Applied Mehanics
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APPLIED MECHANICS- Parallel Forces
MOMENT PARALLEL FORCES: The forces whose line of action are parallel to each…