MAX PLANCK. PERSONAL STORY Born in Kiel Germany April 23 rd 1858 Died at Göttingen on October 4 th 1947 University of Munich and Berlin Doctorate of Philosophy.

Slides:



Advertisements
Similar presentations
The Photoelectric Effect Key Points. What is it ? Electrons are emitted from zinc when ultraviolet radiation shines on it. Other metals emit electrons.
Advertisements

Light.
The Photoelectric Effect Waves as particles? What, are you crazy??
Waves. Characteristics of Waves Frequency Amplitude.
Honors Chemistry Section 4.1
The Rutherford model of the atom was an improvement over previous models, but it was incomplete. J. J. Thomson’s “plum pudding” model, in which electrons.
ENERGY & LIGHT THE QUANTUM MECHANICAL MODEL. Atomic Models What was Rutherford’s model of the atom like? What is the significance of the proton? What.
Entry Task: October 12 th Friday Question: What makes up the colors in a rainbow? What other types of waves exist? You have 5 minutes!
The dual nature of light l wave theory of light explains most phenomena involving light: propagation in straight line reflection refraction superposition,
ELECTROMAGNETIC RADIATION AND THE NEW ATOMIC MODEL.
Gerhard Herzberg Born: 25 December 1904, Hamburg, Germany Died: 3 March 1999, Ottawa, Canada Affiliation at the time of the award: National Research Council.
Wave Nature of Light and Quantum Theory
Particle Nature of Light page 49 of Notebook VISIBLE LIGHT ELECTRONS.
Electron Configurations & the Periodic Table Chapter 7.
Chapter 4 Arrangement of Electrons in Atoms
.  DOB- October  DOD-March 23, 1946  Born in Weymouth, Massachusetts  American physical chemist  May have committed suicide due to rivalry.
Hans Geiger Information presented by Kemone Moodley and Sam Orchison.
Max Planck By Sydney Rechtenbaugh!. Personal Facts Born on April 23, 1828 Born in Kiel, Germany Studied at the Universities of Munich and Berlin Received.
Chapter 4 Arrangement of Electrons in Atoms
Max Planck The Father of Quantum Physics By: Michael Showak.
Chapter 5 Section 5.1 Electromagnetic Radiation
Energy. Radiant Energy Radiant: think light…. How does light carry energy through space???
As an object gets hot, it gives Off energy in the form of Electromagnetic radiation.
Arrangement of Electrons in Atoms The Development of a New Atomic Model.
1 High School Technology Initiative © 2001 Quantum History Pasteurization 1861 Albert Einstein 1905 Louis de Broglie 1924 Max Planck 1900 Columbus discovers.
Photons, Electrons, and Atoms. Visible and non-visable light Frequencies around Hz Much higher than electric circuits Theory was about vibrating.
MAX PLANCK By: Puneet Sekhon and Navreet Brar. PERSONAL LIFE OF PLANCK  Born in Kiel, Holstein on April 23/ 1858  Would have become a musician  Studied.
Slide 1 of 38 chemistry. Slide 2 of 38 © Copyright Pearson Prentice Hall Physics and the Quantum Mechanical Model > Light The amplitude of a wave is the.
Max Planck BY: Rachel L. Torres & Elizabeth Esparza.
The wave theory of light was unable to explain something known as the “photoelectric effect”
PARTICLE NATURE OF LIGHT. A Black Object Appears black because it absorbs all frequencies of light A black block of iron does this.
Modern Chemistry Chapter 4 Arrangement of Electrons in Atoms Sections 1-3 The Development of a New Atomic Model The Quantum Model of the Atom Electron.
Development of a New Atomic Model Properties of Light.
Unit 2: Atoms and Bonding 2.62 Unit 2: Atoms and Bonding 2.62 Photons and Energy Textbook ch 6.2 and ch 6.3.
4.1 Refinements of the Atomic Model
Class Notes-Bohr & New Atomic Model (Chapter 4, Section 1)
1 2. Atoms and Electrons How to describe a new physical phenomenon? New natural phenomenon Previously existing theory Not explained Explained New theoryPredicts.
MAX PLANCK By: Tyler Brown and Devontae Dixon =R9sMxEnbha0&edufilter=FwNI MIqIDIQYAexPZDE7XA.
Chemistry – Chapter 4. Rutherford’s Atomic Model.
Electrons in Atoms. Wave Behavior of Light Day 1.
Section 2.2 and Chapter 7 Electron Configurations and Waves.
4-2 Quantum Theory. Planck’s Theory Max Planck predicted accurately how the spectrum of radiation emitted by an object changes with temperature.
Chemistry I Chapter 4 Arrangement of Electrons. Electromagnetic Radiation Energy that exhibits wavelike behavior and travels through space Moves at the.
The Bohr ModelNiels Bohr Violet: nm Indigo: nm Blue: nm Green: nm Yellow: nm Orange:
Electromagnetic Radiation. Waves To understand the electronic structure of atoms, one must understand the nature of electromagnetic radiation. The distance.
Waves and the EM Spectra
Atomic Emission Spectra and Quantum mechanical Model
Ap Chemistry Due Next Class: Reading & Proof of reading
Lesson 16 Modern View of the Atom
Chapter 6 Electronic Structure of Atoms
Atomic Structure.
Alec Sauers and Corrina Kissel
Arrangement of electrons in atoms
4.5 NOTES LIGHT and ENERGY.
Can a soccer ball Diffract?
The Development of a New Atomic Model
Chemistry 1 Chapter 5 Part I Light and Quantized Energy
I. Light and Quantized Energy (Cont.)
Chemistry 1 Notes # 8 Light and Quantized Energy
A history of atomic structure
Chemistry 1 Chapter 5 Part I Light and Quantized Energy
Light and Energy Electromagnetic Radiation is a form of energy that is created through the interaction of electrical and magnetic fields. It displays wave-like.
Physics and the Quantum Model
Modern Atomic Model.
Electron Configurations
Chapter 4 Arrangement of Electrons in Atoms
Bohr’s Model of the Atom
4.6 NOTES Atomic Emission Spectra
The Development of a New Atomic Model
Quantized Energy and Photons
Presentation transcript:

MAX PLANCK

PERSONAL STORY Born in Kiel Germany April 23 rd 1858 Died at Göttingen on October 4 th 1947 University of Munich and Berlin Doctorate of Philosophy at Munich Son executed

IDEA OF ATOM Oscillating atoms absorb and release energy in quanta ( small energy packets or bundles) Energy equals frequency times Planck’s constant. E=hv Planck’s constant is 6.626x J*s Energy packets are released only in whole units

EXPERIMENTS/STUDY Thermodynamics Quantum Theory Energy radiation of heated solids

SCIENTIFIC CONTRIBUTION Proposed energy can behave like a particle Einstein used the quantum theory to explain the photoelectric effect Bohr used the quantum theory to explain the bright line spectrum Quantum theory was the first step to explain why atoms didn’t collapse like Rutherford predicted

BIBLIOGRAPHY BC Science Chemistry 11

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.