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      • SHS 1 Physics

      SHS 1 Physics

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      Isaac Tettey Adjokatse
      General, Physics, Selected, SHS 1, SHS Elective Science
      (0 review)

      Welcome to your Physics class. Video lectures on SHS 1 Physics are now available. Preview is FREE. Kindly note that more videos, notes and quizzes will be added to cover the syllabus. You can play, replay and pause the lecture to take down notes. The forum is for further discussions on the lessons. Wolo is indeed a smart way to learn
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      SCHEME OF WORK

      PHYSICAL QUANTITIES

      • Basic (Fundamental) Quantities,
      • Derived Quantities.
      • Dimensional analysis and its uses in Physics.
      • Measuring Instruments: metre rule, Vernier caliper, micrometer screw gauge, beam balance, spring balance, stop watches/clocks (digital and analogue), electronic balance, and thermometer.Scalar and vector quantities

       VECTORS

      • Vector representation.
      • Addition and resolution of vectors.

       KINEMATICS

      •  Types of motion: rectilinear, circular, spin/ rotational, oscillatory, random and translational motions.
      • Distance, displacement, speed, velocity, acceleration, uniform velocity, instantaneous velocity and average velocity.
      • Equations of uniformly accelerated motion
      • Motion of free fall due to gravity
      • Projectile motion
      • Displacement-time graph, velocity-time graph. Plotting of a displacement- time graph.
      • Relative velocity.

      DYNAMICS

      • Newton’s Laws of motion and its applications.
      • Inertia. Force.
      • Momentum. Impulse of a force.
      • Conservation of linear, momentum. Elastic and inelastic collisions.

       FORCES

      •  Types of forces: -contact forces -field forces, Friction, Laws of friction Coefficient of static and dynamic friction.
      • Viscosity. Forces acting on a body falling through a fluid Terminal velocity, Upthrust, Archimedes principle and Law of floatation.
      • Density and Relative density
      • Resolutions of forces, Turning effect of forces. Principle of moments. Couple and Torque

      PRESSURE

      • Pressure, Pressure in fluids. Atmospheric pressure, Simple barometer, Manometer.
      • Transmission of pressure in fluids. Pascal’s principle,
      • Hydraulic press, Hydraulic brakes on vehicles.
      • Applications of atmospheric pressure: siphon, water pumps, syringes.
      • Effect of pressure on volume of a gas.
      • Effect of pressure on volume of a gas.

      ENERGY

      • Forms of energy: Potential Energy, Kinetic Energy, Heat Energy, Light Energy, Electrical Energy, Nuclear Energy, Solar Energy.
      • Conversion and conservation of energy.
      • Law of conservation of Energy.
      • Renewable and Non Renewable energy sources, Harnessing energy from renewable energy sources Global warming: Greenhouse effect.
      • Work and Power.

      CIRCULAR MOTION

      • Angular displacement, angular velocity and angular acceleration.
      • Centripetal force. Centripetal acceleration.
      • Applications of circular motion: banking of roads, centrifuge, conical pendulum, negotiating a bend.

      GRAVITATION

      • Gravitational field.
      • Gravitational field strength.
      • Newton’s Universal law of gravitation.
      • Natural and artificial Satellites. Parking orbit, geostationary satellites and period of revolution of a satellite.
      • Gravitational potential.
      • Escape Velocity.

      OSCILLATORY MOTION

      • Oscillatory motion. Simple Harmonic Motion (SHM): simple pendulum, loaded spiral spring, loaded test tube in a water, bifilar suspension, and cantilever.
      • Experiments on simple harmonic motion.
      • Velocity, acceleration and energy of a body exhibiting simple harmonic motion.
      • Graphical representation of simple harmonic motion.

      PROPERTIES OF MATTER AND DEFORMATION OF SOLIDS

      • Properties of matter: cohesive and adhesive forces, surface tension, capillary action. Deformation: Elastic deformation.
      • Plastic deformation. Types of forces: Tensile, compressive, shear and bulk force
      • Hooke’s law, Elastic limit, Yield point, Young’s modulus, Shear’s modulus, Bulk’s modulus.

      Course Features

      • Lectures 72
      • Quizzes 6
      • Skill level SHS 1
      • Language English
      • Students 409
      • Assessments Yes
      CoursesSHS Elective ScienceSHS 1 Physics
      • PHYSICAL QUANTITIES 4

        • Lecture1.1
          Physical Quantities and the Unit Measurement (a) 26 min
        • Lecture1.2
          Physical Quantities and the Unit Measurement (b) 27 min
        • Lecture1.3
          Physical Quantities (Notes) 01 hour
        • Quiz1.1
          Physical Quantities (Quiz) 10 questions
      • VECTORS 3

        • Lecture2.1
          Vectors Pt. 1 45 min
        • Lecture2.2
          Vectors Pt. 2 41 min
        • Lecture2.3
          Vectors pt 3 39 min
      • KINEMATICS 11

        Interpretation of motion and velocity.

        • Lecture3.1
          Definition of Kinematics 25 min
        • Lecture3.2
          Kinematics (Continued) 32 min
        • Lecture3.3
          Kinematics (Notes) 01 hour
        • Lecture3.4
          Angular Velocity 41 min
        • Lecture3.5
          Circular Motion 34 min
        • Lecture3.6
          Circular Motion (Notes) 01 hour
        • Quiz3.1
          CIRCULAR MOTION (Quiz) 10 questions
        • Lecture3.7
          Projectile Motion Pt. 1 48 min
        • Lecture3.8
          Projectile Motion Pt. 2 41 min
        • Lecture3.9
          Projectile Motion Pt. 3 38 min
        • Lecture3.10
          Projectile Motion Pt. 4 40 min
      • MOTION UNDER GRAVITY 4

        • Lecture4.1
          Newton’s Law of Motion / Forces in Preview (Part A) 30 min
        • Lecture4.2
          Motion and Forces 20 min
        • Lecture4.3
          Motion and Forces (2) 20 min
        • Lecture4.4
          Motion under gravity (Notes) 01 hour
      • FORCES 2

        • Lecture5.1
          Forces 39 min
        • Lecture5.2
          Forces at Work 28 min
      • MOMENT OF A FORCE 4

        • Lecture6.1
          Moment of a Force 38 min
        • Lecture6.2
          Moment of a Force (Stability of a body) 30 min
        • Lecture6.3
          Moment of a Force (Stability of a body) (continued) 19 min
        • Lecture6.4
          Moment of a Force (Notes) 01 hour
      • DYNAMICS 11

        • Lecture7.1
          Motion in a straight line Pt 1 40 min
        • Lecture7.2
          Motion in a straight line Pt 2 27 min
        • Lecture7.3
          Motion in a straight line Pt 3 27 min
        • Lecture7.4
          Motion in a straight line Pt 4 30 min
        • Lecture7.5
          Motion in a Straight line pt 5 28 min
        • Lecture7.6
          Linear Momentum Pt. 1 32 min
        • Lecture7.7
          Linear Momentum Pt. 2 27 min
        • Quiz7.1
          Linear Motion (Quiz) 10 questions
        • Lecture7.8
          Linear Momentum Pt. 3 29 min
        • Lecture7.9
          Linear Momentum (Notes) 01 hour
        • Quiz7.2
          LINEAR MOMENTUM (Quiz) 8 questions
      • FRICTION 5

        • Lecture8.1
          Friction in Solids (A) 20 min
        • Lecture8.2
          Friction in Solids (B) 28 min
        • Lecture8.3
          Frictional Force on an Inclined Plane (A) 26 min
        • Lecture8.4
          Frictional Force on an Inclined Plane (B) 23 min
        • Lecture8.5
          Advantages and Disadvantages of Frictional Forces 36 min
      • MACHINES 4

        • Lecture9.1
          Machines Pt. 1 29 min
        • Lecture9.2
          Machines Pt. 2 17 min
        • Lecture9.3
          Machines Pt. 3 20 min
        • Lecture9.4
          Machines Pt. 4 28 min
      • GRAVITATION 11

        • Lecture10.1
          Introduction to Gravitation 21 min
        • Lecture10.2
          Kepler’s laws of planetary motion 16 min
        • Lecture10.3
          Gravitational Constant 15 min
        • Lecture10.4
          Gravitational and Inertia Mass 16 min
        • Lecture10.5
          Density of the Earth 15 min
        • Lecture10.6
          Gravitational Potential Energy 15 min
        • Lecture10.7
          Gravitational Potential Differences 15 min
        • Lecture10.8
          Gravitation (Escape Velocity) 30 min
        • Lecture10.9
          Gravitation (Escape Velocity Comparison) 26 min
        • Lecture10.10
          The Mass of the Earth 10 min
        • Lecture10.11
          Gravitation (Notes) 01 hour
      • WORK, ENERGY, AND POWER 4

        • Lecture11.1
          Work, Enery & Power Pt. 1 30 min
        • Lecture11.2
          Work, Enery & Power Pt. 2 20 min
        • Lecture11.3
          Work, Energy & Power Pt. 3 27 min
        • Lecture11.4
          Work, Energy & Power Pt. 4 31 min
      • DENSITY 6

        • Lecture12.1
          Density pt 1 30 min
        • Lecture12.2
          Density pt 2 28 min
        • Lecture12.3
          Relative Density pt 1 29 min
        • Lecture12.4
          Relative Density pt 2 34 min
        • Lecture12.5
          Floatation 31 min
        • Quiz12.1
          ARCHIMEDE’S PRINCIPLE, DENSITY AND RELATIVE DENSITY (Quiz) 9 questions
      • PROPERTIES OF MATTER 5

        • Lecture13.1
          Introduction to Matter 26 min
        • Lecture13.2
          Hooke’s Law 14 min
        • Lecture13.3
          Hooke’s Law of Elasticity (Continued) 16 min
        • Lecture13.4
          Modulus of Elasticity 28 min
        • Lecture13.5
          Properties of Matter (Notes) 01 hour
      • PRESSURE 2

        • Lecture14.1
          Pressure
        • Quiz14.1
          PRESSURE AND ATMOSPHERIC PRESSURE (Quiz) 10 questions
      • SOLVABLE QUESTIONS 2

        • Lecture15.1
          Question 1 20 min
        • Lecture15.2
          Question (PDF solved) 01 hour
      author avatar
      Isaac Tettey Adjokatse
      Isaac Tettey Adjokatse holds an MSc. in Environmental Science from the Kwame Nkrumah University of Science and Technology (KNUST), a BSc in Physics from the University of Cape Coast and a Postgraduate Diploma in Education from the University of Education (Winneba). He is currently a Physics tutor at Mfantsipim School, Cape Coast.

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