'Quantum energy' diaporamas de présentation

Lesson 13: Nuclear Propulsion Basics

Lesson 13: Nuclear Propulsion Basics. Dr. Andrew Ketsdever. Nuclear Propulsion Introduction. Nuclear Thermal Propulsion (NTP) System that utilizes a nuclear fission reactor Energy released from controlled fission of material is transferred to a propellant gas Fission

786 views • 43 slides

Ch 4

Ch 4. Electron Energies. Electromagnetic Spectrum. Electromagnetic radiation is a form of energy that exhibits wave-like behavior as it travels though space. EM radiation is organized into a spectrum according to wavelength ( ) and frequency (v) of the waves.

490 views • 35 slides

Electrons in Atoms Chapter 5

Electrons in Atoms Chapter 5. Chemistry 2. Models of the Atom 5.1. The Development of Atomic Models 5.1. Rutherford: model of electrons moving like planets around the Sun Did not explain: colors of flames, glowing objects at high temp = chemical properties. The Bohr Model 5.1.

497 views • 31 slides

Chapter 38

Chapter 38. The work function of metal A is 3.0 eV. Metals B and C have work functions of 4.0 eV and 5.0 eV, respectively. Ultraviolet light shines on all three metals, creating photoelectrons. Rank in order, from largest to smallest, the stopping voltages for A, B, and C.

281 views • 26 slides

Wave & Particle Nature of Light

Wave & Particle Nature of Light. EQ: How can an atom be a "particle" and a "wave" at the same time?. Why do heated objects emit only certain frequencies of light? Temperature of an object is a measure of the average kinetic energy of its particles

676 views • 17 slides

21 st Century Clean Energy Centers

274 views • 16 slides

Radiant Energy

Radiant Energy. Objectives: 1. Describe a wave in terms of its frequency, speed, and amplitude. 2. Identify the major regions of the electromagnetic spectrum. Key Terms: electromagnetic radiation, amplitude, wavelength, frequency, speed of light, visible spectrum. Waves and Energy.

385 views • 9 slides

Photovoltaic Power Cycle

209 views • 7 slides