Ramesh Dhungana, PhD
Ramesh Dhungana, PhD
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Class 26 Review before final
This class reviews the graphs, kinematics, dynamics, conservation principles and their applications in fluids and oscillatory motion.
#physics
#physicsrevision
Переглядів: 38

Відео

Class 25 Energy in SMM and Forced Oscillations
Переглядів 47Місяць тому
This class provides a comprehensive overview of Simple Harmonic Motion (SHM), starting with a review of the fundamental equations governing position, velocity, and acceleration. Next, the class delves into the crucial concepts of kinetic energy, potential energy, and their interconversions, emphasizing the principle of conservation of energy. Finally, the class explores advanced topics, includi...
Class 24 Oscillations and Simple Harmonic Motion
Переглядів 50Місяць тому
This class begins by discussing the oscillation and then moves to describe the oscillation of mass attached to a spring. It talks in detail about the motion diagram , position versus time graph, velocity vs time graph, and acceleration vs time graph then writes corresponding equations. Similarly it also describes the motion of a simple pendulum. #oscillations #massspringoscillations #simplepend...
Class 23 Thermal Expansion and Gas Laws
Переглядів 75Місяць тому
This class begins by introducing the effect of temperature in matter and then moves to ideal gas laws after defining moles. #thermalexpansion #mole #idealgaslaw
Class 22 Fluids in Motion
Переглядів 52Місяць тому
This class starts from part of statics like why object float and sink then moves to fluid dynamics. Derives the equation of continuity and Bernoulli's equations. Discusses the concept and problem related to these equations. #sinkorfloat #equationofcontinuity #bernoullisequation #fluidflow
Class 21 Fluids at rest
Переглядів 33Місяць тому
This class starts defining fluids, density, and pressure. Then it deep dives into the Pascal's principles and Archimedes'' principle with examples. #density #pressure #fluids #pressureatdepth #pascalsprinciples #archimedesprinciple
Class 20 Review Before Midterm 2 | part 2 Conservation of Momentum and Rotational Motion
Переглядів 342 місяці тому
It starts by reviewing the dynamics in radial direction, work, conservation of energy , and power. Then it moves to the momentum, impulse momentum theorem, conservation momentum and finally discusses the rotational Motion.
Class 20 Review before midterm 2 | part 1 Dynamics and Conservation of Energy
Переглядів 422 місяці тому
This session starts by reviewing the use of Newton's laws of motion in circular motion and then moves to define work done by a force. Then goes on reviewing the techniques of using conservation of mechanical energy to solve many problems. #conservationofenergy #newtonsfirstlawofmotion
Class 20 Angular Momentum and its direction
Переглядів 932 місяці тому
This class starts by reviewing the angular momentum and then describes in detail how to find direction of angular velocity, angular momentum, angular acceleration and Torque. #angularmomentum #directionofangularvelocity #directionofangularmomentum #directionofangularacceleration
Class 19 Energy and Momentum in Rotational Motion
Переглядів 502 місяці тому
The class begins by writing equations for the work done and kinetic energy in rotational motion. Then shows in detail how to use conservation of energy for rolling objects. Then moves to define the angular momentum and its conservation with examples. #conservationofenergy #rotationalmotion #rotationalkineticenergy #angularmomentum
Class 18 Rotational kinematics and dynamics
Переглядів 772 місяці тому
This class begins by talking about stable and unstable equilibrium and emphasizes the importance of larger base for stability. I show how to do head stand ( or shirshasana yoga) by making bigger base for the body using two folded hand on triangular shape. Then we move to applying rotational equilibrium to solve problems. After that we write equations of rotational kinematics and apply them to s...
Class 17 Torque: computing magnitude and assigning direction
Переглядів 282 місяці тому
This class begins by defining torque and the describes three different ways of finding the value. After that it goes on to write the appropriate sign for the direction of torque. It goes through several examples of calculating value and assigning direction to the the torque. #torque #leverarm #directionoftoque
Class 16 Conservation of Momentum
Переглядів 592 місяці тому
This class starts by giving example of conservation of momentum and then then shows how the principle can be derived. After that it discusses the concepts and problem solving in various cases with examples such as collision of two objects in horizontal direction in two dimension, ballistic pendulum, sliding motion after collision and so on. In these examples we talk how we apply energy and mome...
Class 15 Momentum and Impulse
Переглядів 292 місяці тому
This class starts by defining Momentum and Impulse starting from Newton's second law of motion. Then moves finding impulse from force from time graphs. It includes several examples with conceptual questions. #impulse #momentum #Impulsemomentumtheorem
Class 14 Elastic Potential Energy and Power
Переглядів 302 місяці тому
This class begins by applying conservation of energy to an object moving in a loop and then describes how to include friction or thermal energy in the energy conservation idea with an example. Then we derive the expression of elastic potential energy by using the idea of work done by a variable force. Towards the end of class we introduce power and give some examples. #elasticpotentialenergy #p...
Class 13 Gravitational PE and Conservation of Energy
Переглядів 372 місяці тому
Class 13 Gravitational PE and Conservation of Energy
Class 12 Work and Kinetic Energy
Переглядів 403 місяці тому
Class 12 Work and Kinetic Energy
Class 11 Gravity and Orbits
Переглядів 873 місяці тому
Class 11 Gravity and Orbits
Kenosha Pass Colorado - Walk Around Fall Colors
Переглядів 3193 місяці тому
Kenosha Pass Colorado - Walk Around Fall Colors
Class 10 Motion in vertical circle and Banked road
Переглядів 603 місяці тому
Class 10 Motion in vertical circle and Banked road
Class 9 Motion in Circles
Переглядів 703 місяці тому
Class 9 Motion in Circles
Class 8 Further Applications of Laws of Motion with Friction
Переглядів 403 місяці тому
Class 8 Further Applications of Laws of Motion with Friction
Class 7 Applications of Laws of Motion
Переглядів 523 місяці тому
Class 7 Applications of Laws of Motion
Class 6 Laws of Motion
Переглядів 273 місяці тому
Class 6 Laws of Motion
Class 5 Vector components and Projectile Motion
Переглядів 554 місяці тому
Class 5 Vector components and Projectile Motion
Class 4 Free Fall
Переглядів 624 місяці тому
Class 4 Free Fall
Class 3 Acceleration and Kinematic Equations
Переглядів 664 місяці тому
Class 3 Acceleration and Kinematic Equations
Class 2 Visualizing Motions Graphs
Переглядів 1074 місяці тому
Class 2 Visualizing Motions Graphs
Review of Graphs, Kinematics, Dynamics and Conservation Principles for algebra-based Physics class
Переглядів 895 місяців тому
Review of Graphs, Kinematics, Dynamics and Conservation Principles for algebra-based Physics class
Teaching Problem Solving in Physics using Classroom Response Systems - the iClicker.
Переглядів 6010 місяців тому
Teaching Problem Solving in Physics using Classroom Response Systems - the iClicker.

КОМЕНТАРІ

  • @Marshark50
    @Marshark50 Місяць тому

    Thank you, came in clutch for physics pendulum report

  • @rawphysics
    @rawphysics 3 місяці тому

    yes, some part of it.

  • @Vino-dd-x2m
    @Vino-dd-x2m 3 місяці тому

    Can we take stroller for baby?

  • @parasgautam7835
    @parasgautam7835 5 місяців тому

    sir,may we use this for positive matrix factorisation( pmf) model ?

    • @rawphysics
      @rawphysics 5 місяців тому

      It is about computing uncertainty of random data not matrices.

  • @GowthamG-z4x
    @GowthamG-z4x 5 місяців тому

    After calculation, What is the Unit of Measurement for the Calculated Uncertainity

    • @rawphysics
      @rawphysics 5 місяців тому

      It is same as the unit of your data

  • @user-yourmumq
    @user-yourmumq 8 місяців тому

    Singlehandly saved me on my psychology assignment with this explanation.

  • @cincolucas2013
    @cincolucas2013 2 роки тому

    nice

  • @worcester12345
    @worcester12345 2 роки тому

    Very nice!

  • @rawphysics
    @rawphysics 2 роки тому

    The "soa" at the time stamp 4:37 , should have been "soh" like it is written on the title slide. It should be sin = opposite/ adjacent. My bad.

  • @kyordannydelvalle523
    @kyordannydelvalle523 2 роки тому

    Thanks for this explanation for one of my mechanic engineering labs

  • @alielhajj79
    @alielhajj79 3 роки тому

    Perfect presentation

  • @rpatt1981
    @rpatt1981 3 роки тому

    Great explanation thank you

  • @felixpereira6381
    @felixpereira6381 3 роки тому

    WHY EXCEL IS COMPLICATE????

    • @danishh1385
      @danishh1385 3 роки тому

      Bruh it’s 4:58 am here and I’m going to cry cause I STILL CANT

  • @guotaku7599
    @guotaku7599 3 роки тому

    I would like to acknowledge you for my physics experiment report.

  • @clementafesi-dei9371
    @clementafesi-dei9371 3 роки тому

    You are good sir, you saved me, God bless

  • @maysk.5998
    @maysk.5998 3 роки тому

    Hello! can you please help me with this question : What is the correct description of any change in a position farther to the left of zero? (as in in a number line ) 1- negative displacement 2- negative position 3- negative distance 4- negative acceleration

    • @rawmeshdhungana5978
      @rawmeshdhungana5978 3 роки тому

      Change in position is displacement. It is calculated by subtracting initial position from final. Signs of position depends on your choice of coordinates. Therefore the answer depends on how question is formulated.

    • @maysk.5998
      @maysk.5998 3 роки тому

      @@rawmeshdhungana5978 In the question , there was a picture of a number line . I think its negative displacement?

  • @worcester12345
    @worcester12345 4 роки тому

    Very nice presentation, Ramesh jee! Thank you for sharing.