Atomic emission spectrum

Slides:

Advertisements

Similar presentations

Chemistry of Light Lab Materials and Supplies: Do you have your colored pencils ? Do you have your PRE-LAB QUESTIONS ?

Advertisements

Emission of Light from Gases

Atomic Emission Spectra. The Electromagnetic Spectrum High frequency Short wavelength High energy lower frequency longer wavelength lower energy.

Electron Configuration and Energy Levels: Ground state: All the electrons in an atom have the lowest possible energies Most stable electron configuration.

Light and Electronic Transitions. The Big Questions What is light? How is light emitted? What do electrons have to do with light? What are emission spectra?

Electrons and Light How does the arrangement of electrons in the atom determine the color of light that it emits?

Photons of Light The smallest unit of light is a photon A photon is often called a particle of light The Energy of an individual photon depends on its.

EXAM #2 RESULTS THIS WEEK’S SCHEDULE LECTURE- LAB- Announcements.

Electrons Arrangement in the Atom Key words: Energy, wavelength, frequency, photon Use these terms in a sentence (s) which makes sense.

Aim: How to distinguish electrons in the excited state DO NOW: PREPARE FOR QUIZ. 10 MIN.

Atomic Spectra. Much of what we know about atomic structure comes from analysis of light either being emitted or absorbed by substances. Elements can.

Introduction to Excited Elements Lab

Atomic Emission Spectrum Make-Up Lab

Light and Energy How the structure of electrons relates to the function of emitting energy as light.

Physics and the Quantum Mechanical Model

Electrons and the Electromagnetic Spectrum Table Team Review — DEFINE in your own words ‘Electromagnetic radiation’. LIST three examples.

Electromagnetic Radiation (NB Pgs 7-9 odd) Picture pg 8.

© 2010 Pearson Education, Inc. Range of Visible Light Our eyes can see from 400 (blue/purple) to 700 (red) nm. Nm = nanometers = meters Our eyes.

Electromagnetic Spectrum. Matter Review All matter is made of A______ Matter exists in different forms or phases. They are.

Chapter 4-5 Review.

Slide 1 of 38 chemistry. © Copyright Pearson Prentice Hall Slide 2 of 38 Physics and the Quantum Mechanical Model Neon advertising signs are formed from.

Emission Spectra.

Aim: How to distinguish electrons in the excited state

Evidence of Energy Levels. e-e- e-e- Ground state Excited state Electrons can only be at specific energy levels, NOT between levels.

 Fusion – process of 2 nuclei that combine to make one (a new element ) and emitting large amounts of energy.  The sun is a giant ball of hydrogen.

The Bohr Model: Atoms with Orbits pg LO: I can explain what line spectra represent.

UNIT 3 ELECTRON CONFIGURATION AND MODERN ATOMIC THEORY.

Different Types of Spectrums. Types of Spectrums Continuous Spectrum Emission Spectrum Absorption Spectrum All colors of the spectrum Are shown (some.

5.3 Atomic Emission Spectra and the Quantum Mechanical Model 1 > Copyright © Pearson Education, Inc., or its affiliates. All Rights Reserved. Chapter 5.

Light and Electronic Transitions

Aim: How to distinguish electrons in the excited state

Rutherford Model Know where the protons and neutrons are, but where are the electrons? If opposite charges attract, why do the electrons not fall into.

The Bohr Model of the Atom

Ground State vs. Excited State Electrons

II. Bohr Model of the Atom (p )

BOHR’S ATOM AND ATOMIC SPECTRA

Interpretation of Hydrogen Emission Spectra

Spectra Analysis Lab Emission spectra of elements are the result of electron transitions within atoms and provide information about the arrangement of.

Why Light, why now?.

SCH4C Matter & Qualitative Analysis

II. Bohr Model of the Atom (p )

Atomic Emission Spectra

5.1 Light & Energy F. Electrons & Light

Chapter 5 Electrons In Atoms 5.3 Atomic Emission Spectra

Atomic Emission Spectra

Nature of light and atomic spectrum

Energy and Electrons energy

WHAT THE HECK DO I NEED TO BE ABLE TO DO?

ATOMIC SPECTRA.

II. Bohr Model of the Atom (p )

Light and the electron Quest continues to discover the structure of atom and how electrons are arranged within atoms.

Light and Quantized Energy

Light, Photon Energies, and Atomic Spectra

M. Billings North Surry High School

The fingerprints of elements

3.5 Energy levels and spectra

Identifying Elements by Color

Where did the elements come from?

Electrons and Light!.

What gives gas-filled lights their colors?

Atomic Spectra and Flame Test

Electrons and Energy Levels

Development of Quantum Mechanics Bohr’s Contribution

Aim: How to identify elements based on their atomic spectra

Atomic Spectra Imaging Science Fundamentals

Atomic Spectra As atoms gain energy their electrons can be excited and absorb energy in discrete amounts called quanta and produce absorption spectrums.

Aim: How are an atom’s electrons configured?

2 Light & Electromagnetic Spectrum

Presentation transcript:

Atomic emission spectrum Why different elements emit different colors.

Expectation 7: Element spectrum tubes Prentice Hall, Inc. Each element has a different number of electrons. These electrons have different amounts of energy associated with them. When energy is added to the element the electrons produce a line spectra: a set of different wavelengths of light are emitted. The line spectrum for each element is like a fingerprint. Every element has a different line spectrum because they have different number of electrons.