π¬πππ π¨πππππππ | π’ππ π¨π©πͺπππ£π© π©Ί
Kanalga Telegramβda oβtish
Ω Ψ³Ψ§ΨΨ© Ψ΅ΩΩΨΉΨͺ ΩΩΩ Ψ·Ψ§ΩΨ¨ Ψ·Ψ¨ ΩΨ¨ΨΨ« ΨΉΩ Ψ§ΩΨΉΩΩ Ψ Ψ§ΩΨͺΨ·ΩΨ±Ψ ΩΨ§ΩΨ§Ψ³ΨͺΩ Ψ±Ψ§Ψ± Ψ±ΨΊΩ Ψ§ΩΨͺΨΉΨ¨. π©΅ ΩΨ³Ψ£Ω Ψ§ΩΩΩ ΨΉΩΩ ΩΨ§ ΩΨ§ΩΨΉΩΨ§Ψ ΩΩΩΨ¨ΩΨ§ Ψ«Ψ§Ψ¨ΨͺΩΨ§Ψ ΩΨͺΩΩΩΩΩΨ§ ΩΨ§ ΩΩΩΨ·ΨΉ π
Ko'proq ko'rsatishMamlakat belgilanmaganToif belgilanmagan
1 267
Obunachilar
+1924 soatlar
+587 kun
+28030 kun
Postlar arxiv
Q17. The Compton effect proves the:
Q16. The Compton effect is:
Q15. The energy of emitted photoelectrons depends mainly on:
Q14. Increasing the light intensity (f > fβ) increases the:
Q13. The maximum kinetic energy of photoelectrons is:
Q12. If the incident frequency is below the threshold frequency:
Q11. Threshold frequency is:
Q10. The momentum of a photon is:
Q9. The energy of a photon is given by:
Q8. The density of the nucleus is:
Q7. The radius of a nucleus is proportional to:
Q6. Isotopes have:
π‘ Ψ³Ψ€Ψ§Ω Ψ§Ω
ΨͺΨΨ§Ω
Q5. Isotopes of an element have the same:
Q4. A positive ion is formed when an atom:
Q3. The neutron number (N) is:
Q2. The mass number (A) is equal to:
Q1. The atomic number (Z) represents:
ΩΩΩΩΩΨ² ΩΩΩΨ²ΩΨ§Ψ‘ Ψ¬Ψ²Ψ¦ΩΨ© Ψ§ΩΩΩΩΩΨ© | nuclear physics π©΅
