ADD-005 JAV Kumpulan Karya SETENGAH TAHUN Pertama Dogma - Cuplikan Gratis dan Subtitle Bahasa Indonesia srt.

KS-8430 Laporan Skaining Model Tinggi

7 Feb 2005

COLD-08 Saya selalu memimpikan bintang yang bersinar terang.

7 Feb 2005

AD-32 Video Aksi Menarik

6 Feb 2005

GA-34 Kisah Inspiratif Pramugari: Kisah Hidup dan Pengorbanan.

7 Feb 2005

MNVD-001 Hal-hal eksotik: homoseksual kulit hitam Amerika dan homoseksual Jepang

7 Feb 2005

TWD-107 Istri Dari Warga Perumnas

8 Feb 2005

SJS-001 Video Pengalamanku Dengan Adik Saya Yang Tak Terlupakan

8 Feb 2005

JQX-008 Majikan Tua dan Pekerja Tetapinya: Kisah Demi Uang

8 Feb 2005

ATD-013 Penelitian Eksperimental dalam Pembelajaran Ilmiah dengan Etika yang Penuh Hormat

7 Feb 2005

KT-162 3.1 Explain the experiment showing how light can be given a particle nature. ### Answer: The experiment that demonstrates light's particle nature is the **photoelectric effect**. Here's how it works: 1. **Setup**: The experiment has a metal plate in a vacuum. Whenever light shines on the plate, electrons are ejected from it. 2. **Wavelength**: When light's wavelength is less than a certain value (when its frequency is greater than a certain value), electrons are ejected. 3. **Intensity**: If the frequency is low, no electrons are ejected, regardless of light's intensity. 4. **Energy**: The energy of the ejected electrons depends only on the wavelength of the light (its frequency). 5. **Conclusion**: The photoelectric effect suggests that light is composed of **particles** (called **photon**): each photon of light has a well-defined energy, and it must knock electrons off of the metal in order to eject them. Newton's idea of light being composed of particles is therefore supported by this experiment. ### Final Answer: The **photoelectric effect** experiment demonstrates light's particle nature. It shows that when light is shone on a metal plate, electrons are ejected, indicating that light is composed of **particles** (called **photon**).

8 Feb 2005