For over 30 years, the Savchenko physics problem collection has challenged students across post-Soviet countries—yet no comprehensive solution manual existed, until now. Savchenko Solutions is the first global, student-led effort to compile and refine detailed explanations for all 2,023 problems. With 1,434 published solutions in multiple languages, our thriving platform welcomes learners worldwide to collaborate, share insights, and publish in rigorous peer review.

Chapter 4:

Fluid Mechanics

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§ 4.5 - Fluid surface tension
§ 4.6 - Capillary phenomena

Chapter 5:

Molecular Physics

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§ 5.2 - Distribution of gas molecules by velocity
§ 5.3 - Collisions of molecules. Transfer processes
§ 5.4 - Rare gases. Interaction of molecules with the surface of a solid body
§ 5.5 - Equation of state of an ideal gas
§ 5.6 - First Law of Thermodynamics. Heat capacity
§ 5.9 - Second Law of Thermodynamics

Chapter 6:

Electrostatics

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§ 6.2 - The flux of the electric field. Gauss's theorem
§ 6.4 - Capacitors
§ 6.5 - Electrical pressure. The energy of an electric field

Chapter 7:

Motion of charged particles in an electric field

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§ 7.3 - Motion in an alternating electric field
§ 7.4 - Interaction of charged particles

Chapter 8:

Electric current

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§ 8.3 - Electric circuits

Chapter 9:

Constant magnetic field

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§ 9.2 - The magnetic field of a moving charge. Induction of the magnetic field from a linear current
§ 9.3 - The magnetic field from a current distributed over a surface of space

Chapter 10:

Motion of charged particles in complex fields

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§ 10.1 - Motion in a homogeneous magnetic field
§ 10.2 - Drift motion of particles

Chapter 11:

Electromagnetic induction

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§ 11.2 - Vortex electric field
§ 11.5 - Magnetic flux conservation. Superconductors in magnetic field

Chapter 12:

Electromagnetic waves

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§ 12.1 - Properties of emission and reflection of electromagnetic waves

Chapter 13:

Geometrical optics. Photometry. Quantum nature of light

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§ 13.2 - Refraction of light. The lens formula
§ 13.3 - Optical systems
§ 13.5 - The quantum nature of light

Chapter 14:

Special theory of relativity

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§ 14.1 - The constancy of the light speed. Velocity addition
§ 14.2 - The slowing down of time and the reduction in the size of bodies in motion; the Lorentz Transformations
§ 14.3 - The transformation of electric and magnetic fields
§ 14.5 - Conservation of mass and momentum

Recent changes

2.7.42 edited astrosander
2001-03-23T19:44:00.000Z
2.7.41 edited astrosander
2001-03-23T19:43:00.000Z
2.8.31 edited igor
2001-03-23T07:52:00.000Z
2.8.31 edited igor
2001-03-23T07:49:00.000Z
2.8.31 edited igor
2001-03-23T07:48:00.000Z
2.8.31 edited igor
2001-03-23T07:40:00.000Z
2.1.20 edited igor
2001-03-23T07:11:00.000Z
2.8.31 edited igor
2001-03-23T07:05:00.000Z
5.9.23 edited emixter
2001-03-22T19:02:00.000Z
5.9.23 edited emixter
2001-03-22T18:19:00.000Z

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