Structure (Section A) 🌷
1. Momentum - type of collision
2. ⁠Gravitational force, F @ Kepler’s Second Law
3. ⁠Specific heat capacity, c - land breeze @ Specific latent heat of vaporization
4. ⁠Refraction of light - real depth apparent depth @ Total Internal Reflection (TIR)
5. ⁠Atmospheric pressure @ Archimedes Principle
6. ⁠Fleming Right Hand Rule - Faraday’s Law @ Transformer
7. ⁠Half life @ nuclear energy - nuclear reactor
8. ⁠Quantum Theory of Light (Black body) @ Einstein Photoelectric’s Theory

Essay (B) 🌷
1. Impulsive force,F & Impulse @ Forces in Equilibrium (resolution of forces)
2. ⁠Reflection of waves (SONAR) @ diffraction of waves (waves breaker)
OR
3. ⁠Thermionic emission @ cathode rays & transistor ( automatic switch - temperature control)

Essay (c) 🌷
1. Hooke’s Law - spring strength
2. ⁠Electric field & heating element
OR
3. ⁠Thermionic emission & cathode rays & Transistor (automatic switch temperature controller)

Jangan percaya sngt tau korang , ingat ye apa dh jadi pada sejarah dan pai , prepare je semua , dan jadikan yang ni sebagai tambahan je

Admin pesan ni😉jangan percaya bulat2 haa kang menyesal pulak😌

rasa tak sempat dah nak jawab state trial? jangan risau, boleh baca and faham kan ni.

chapter 6 f4

to produce sharp / clear image :

- LONG focal length
- BIG diameter of lens

Unit famous..selalu dia suka tanya nano,mili,cm ke m ..

Rumus pengiraan famous kat kuantum

Ringkasan kuantum ...

Kenapa kita guna mikroskop elektron?

Panjang gelombang de Broglie lebih pendek daripada panjang gelombang cahaya..maka pembesaran dan resolusi mikroskop elektron lebih besar..


Graf pula..

Pintasan y= fungsi kerja

Pintasan x ikut graf tu = kalau graf k maks melawan frekuensi maka frekuensi ambang lah pintasan x dia