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Visim physics
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  • YHTEYSTIEDOT
  • All exercises
  • 1. Heat
    • 1.1 Measuring heat energy
    • 1.2 Thermal expansion
    • 1.3 Heat transfer
  • 2. Wave motion
    • 2.1 Oscillator time and frequency
    • 2.2 Spring constant
    • 2.3 Refraction of light
    • 2.4 Diffraction
    • 2.5 Other wave motion tasks
    • 2.6 Standing wave motion
    • 2.7 Mechanical oscillator
    • 2.8 Beat
  • 3. Mechanics
    • 3.1 Pressure
    • 3.2 Volume
    • 3.3 Buoyant
    • 3.4 Density
    • 3.5 Velocity
    • 3.6 Acceleration
    • 3.7 Newton’s II law and impulse
    • 3.8 Work and power
    • 3.9 Coefficient of friction
    • 3.10 Energy
    • 3.11 Equilibrium
    • 3.12 Rotation
    • 3.13 Moment of inertia
    • 3.14 Momentum
    • 3.15 Elastic modulus
  • 4. Electricity and magnetism
  • 5. Nuclear physics
    • 5.1 Radiation and attenuation of radiation
  • All exercises
  • 1. Heat
    • 1.1 Measuring heat energy
    • 1.2 Thermal expansion
    • 1.3 Heat transfer
  • 2. Wave motion
    • 2.1 Oscillator time and frequency
    • 2.2 Spring constant
    • 2.3 Refraction of light
    • 2.4 Diffraction
    • 2.5 Other wave motion tasks
    • 2.6 Standing wave motion
    • 2.7 Mechanical oscillator
    • 2.8 Beat
  • 3. Mechanics
    • 3.1 Pressure
    • 3.2 Volume
    • 3.3 Buoyant
    • 3.4 Density
    • 3.5 Velocity
    • 3.6 Acceleration
    • 3.7 Newton’s II law and impulse
    • 3.8 Work and power
    • 3.9 Coefficient of friction
    • 3.10 Energy
    • 3.11 Equilibrium
    • 3.12 Rotation
    • 3.13 Moment of inertia
    • 3.14 Momentum
    • 3.15 Elastic modulus
  • 4. Electricity and magnetism
  • 5. Nuclear physics
    • 5.1 Radiation and attenuation of radiation
1.3 Heat transfer

1.3 Heat transfer

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