Renaissance Astronomy

Slides:



Advertisements
Similar presentations
From Aristotle to Newton
Advertisements

Topic: Models of the Universe Key Terms: Geocentric Theory Heliocentric Theory.
Early Models of the Universe. Pythagoreans (500 B.C.) Believed the stars, planets, sun, and moon were attached to crystalline spheres which rotated around.
Geocentric Model Earth is center of our Solar System
LECTURE 4, SEPTEMBER 2, 2010 ASTR 101, SECTION 3 INSTRUCTOR, JACK BRANDT ASTR 101-3, FALL 2010.
Galileo, Tycho, and Kepler and Kepler. Galileo’s Experiments ( ) Galileo tried something new – doing experiments! Dropping balls to measure gravity.
Kepler’s Laws Of Planetary Motions. Introduction Kepler’s three laws are empirical - they describe a phenomenon without explaining why it occurs. Kepler.
Models of the Solar System *Early Models of the Solar System *Kepler’s Laws.
Observing the solar system
MODELS OF THE SOLAR SYSTEM. ARISTOTLE Greek philosopher ( BC) He promoted an earth centered called geocentric, model of solar system He said the.
Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display 1 Mars Figure 1.14.
The History of Astronomy brought to you by: Mr. Youngberg.
Astronomy The Science that Studies The Universe Ancient Greeks To Isaac Newton.
The Copernican revolution. Discussion What is the simplest universe imaginable: one where making predictions about the future would be the easiest thing.
Kepler’s Laws of planetary motion. Ellipse lab. Tycho Brahe Tycho Brahe was a Danish astronomer who is best known for the astronomical observations which.
Astronomy Vocabulary. astronomy The study of space and the objects (planets, moons, stars) in it.
Topic: Models of the Universe Key Terms: Geocentric Theory Heliocentric Theory.
Astronomical History Ptolemy expresses geocentric model 127AD
The History of Astronomy Part 4 The Debate Heats Up Tycho and Kepler.
EARTH & SPACE SCIENCE Chapter 27 Planets of the Solar System 27.2 Models of the Solar System.
Chapter 1 The Copernican Revolution. The planets’ motions Wanderers among the stars Retrograde motion.
THE SOLAR SYSTEM Chapter 24A. Unit Objectives Compare models of the solar system To list and describe the objects in our solar system.
Historical Models of our Solar System and Kepler’s Laws of Planetary Motion.
EARTH & SPACE SCIENCE Chapter 27 Planets of the Solar System 27.2 Models of the Solar System.
History of Astronomy Why did ancient cultures study astronomy? Several cultures kept very exact records of astronomical events (and could even predict.
CHAPTER 27 SECTION 2 EARTH AND SPACE AUSTIN HIGH SCHOOL Models of the Solar System.
Ptolemy ( AD ) History of Astronomy - lived in Egypt, at the time a Roman province, where he ruled as a governor - wrote The Almagest, one of.
Ancient Greeks Early Astronomy  Astronomy is the science that studies the universe. It includes the observation and interpretation of celestial bodies.
Bellwork 1.Who is credited with the revolutionary model of a HELIOCENTRIC solar system? A. Aristotle B. Ptolemy C. Galileo D. Copernicus 2.The planets.
The History of Astronomy II September 18, Taking Care of Business (TCB) Read textbook Unit 12 Read textbook Unit 12 Take Moon observations Take.
PHYS 155 – Introductory Astronomy observing sessions: - observing sessions: Sunday – Thursday, 9pm, weather permitting
Astronomy and the Renaissance. Lesson Overview  Copernicus and the Sun-Centered Model  Kepler’s Laws of Planetary Motion Chapter 1, Lesson 2.
Observing the Solar System A History. Geocentric Model Early astronomers believed that Earth was actually the center of the universe. As early as 6000.
(8th) Chapter 14-1 Cornell Notes
© 2017 Pearson Education, Inc.
Motion of the Moon.
Bellwork Who is credited with the revolutionary model of a HELIOCENTRIC solar system? A. Aristotle B. Ptolemy C. Galileo D. Copernicus The planets loop.
From Aristotle to Newton
Motion of the sun Motion of the moon Motion of the stars
Formation of the Solar System
Chapter 4 Test Study Guide
MODELS OF THE SOLAR SYSTEM
Origin of Modern Astronomy
Chapter 1 Orion.
Chatfield Senior High Physics
Introduction To Modern Astronomy II
Origin of Modern Astronomy
Renaissance Astronomy
Astronomy Earth Science.
Kepler’s Laws.
Models of Motions in Our Sky
What is the universe Part 2 Motion in Space
A History of Astronomy Ptolemy ( AD ) geocentric theory.
Kepler’s Laws 1. Planets have an elliptical orbit
The Laws of Planetary Motion
The History of Astronomy
Chapter 20 Section 1 Key Concepts: What are the geocentric and heliocentric systems? How did Copernicus, Galileo, and Kepler contribute to our knowledge.
Origin of Modern Astronomy
Observing the Solar System
History of Astronomy.
Lesson 2 Models of the Universe
CHAPTER 27.2: Gravitation and the
EARTH SCIENCE MRS. DAVIS
Models of Motions in Our Sky
After Tycho Brahe’s death, Johannes Kepler (pictured here with Tycho in the background) used Tycho’s observations to deduce the three laws of planetary.
The History of Astronomy
Early Ideas.
Periods of Western Astronomy
Chapter 2 Sections
Johannes Kepler Tycho Brahe Kepler’s 3 laws of planetary motion:
Presentation transcript:

Renaissance Astronomy Chapter 4

The Universe as described in Dante’s Divine Comedy Fig. 4.1 The Universe as described in Dante’s Divine Comedy

Timeline and Notable People and Events (Left) Fig. 4.2 Timeline and Notable People and Events (Left) And Four Most Prominent Renaissance Astronomers (Copernicus, Tycho, Kepler, Galileo)

Copernicus

Heliocentric Model (Copernicus) Fig. 4.3 Heliocentric Model (Copernicus)

Retrograde motion according to the heliocentric model Fig. 4.4 Retrograde motion according to the heliocentric model

Fig. 4.5

Fig. 4.6

Fig. 4.6 Greatest Elongation

Mars’ epicycle in Copernicus’ model Fig. 4.7 Mars’ epicycle in Copernicus’ model

Fig. 4.8

Tycho Brahe

Fig. 4.9 Tycho Brahe

Fig. 4.10 Parallax of a Star Distance = 1/parallax

Kepler

Fig. 4.12 Ellipses

Kepler’s first law: Planets move around the Sun in ellipses Fig. 4.13 Kepler’s first law: Planets move around the Sun in ellipses

Kepler’s second law: Planets sweeps out equal areas at equal times Fig. 4.14 Kepler’s second law: Planets sweeps out equal areas at equal times

Kepler’s 3rd law Kepler’s third law      

Galileo

Fig. 4.15 Galileo’s Drawings of the moon

Fig. 4.16

Fig. 4.17