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PHYSICS Experiment 9: Density of Liquids

Performed Experiment | Measurement | How to read and measure Vernier Caliper Disclaimer: This experiment was performed by our Lab Technician (Sir RLM) and made for TUP-Manila students enrolled in PHYSENG/PHYTECH Lab classes.

PHYSGEN | Experiment #3: Newton's Law of Motion on the Atwood Machine

Performed Experiment | Coefficient of Static Friction For PRELAB follow this link: th-cam.com/video/jsNRU_U9bdQ/w-d-xo.html

PHYSGEN Experiment #5: First Condition of Equilibrium using Dynamic Kit Stand

PHYSGEN Experiment #6: Energy Conservation and Projectile Motion

PHYSGEN | PRE-LAB: Experiment #6 Energy Conservation and Projectile Motion

#physicsclass #physicsexperiment #vectors #equilibrium First Condition of Equilibrium using Dynamic Kit Stand

Coefficient of Static Friction

#physicsclass #physicsexperiment #newtonslawofmotion #atwood Atwood Machine | Newton's 2nd Law | Newton's Law of Motion on the Atwood Machine | Calculating acceleration of an object on the Atwood machine Introduction to First Condition of Equilibrium: th-cam.com/video/1AIR17Sjc0c/w-d-xo.html

#physicsclass #physicsexperiment #physics #verniercaliper #measurement Vernier Caliper Reading | How to read and measure using Vernier Caliper In this video, I explained what you are going to do in the experiment, and also discussed the following: (1) how to use and read a vernier caliper (2) how to compute the mass density and compare it to the accepted value

#hibbeler #engineeringmechanics #statics #physics The man attempts to pull down the three using the cable and small pulley arrangement shown. If the tension in AB is 60 lb, determine the tension in cable CAD and the angle which the cable makes at the pulley.

#hibbeler #engineeringmechanics #statics #physicsclass #pulley First Condition of Equilibrium (2D): Determine the max weight the man can lift using a pulley system Determine the maximum weight W the man can lift with constant velocity using the pulley system, without and then with the "leading block" or pulley at A. The man has a weight of 200 lb and the coefficient of static friction between h...

#hibbeler #engineeringmechanics #statics #physicsclass If each cord can sustain a maximum tension of 50 N before it fails, determine the greatest weight of the flowerpot the cords can support.

First Condition of Equilibrium (3D): Determine the force in the supporting cables

First Condition of Equilibrium (2D): Determine the tension of the strings.

Experiment 12: Latent Heat of Fusion of Ice

Experiment 11: Specific Heat of Metals

PRE-LAB Experiment 8: Liquid Pressure | How to use a u-tube manometer to measure Liquid Pressure

Experiment 8: Liquid Pressure

PRE-LAB: Experiment 10 Linear Thermal Expansion

Experiment 10 Linear Thermal Expansion

Experiment 9 Density of Solids

PRELAB: Experiment 9 Density of Solids

Answers to Seatwork: Position Vector (Part 2)

Answers to Seatwork : Position Vectors (Part 1)

Synchronous #4: Expressing Forces into a Cartesian Vector form using Azmuth and Transverse Angles

Experiment 4: Second Condition of Equilibrium

Experiment 5: Uniform Accelerated Motion