Galileo By Dominique and Nathan “Measure what can be measured, and make measurable what cannot be measured.” - Galileo Galilei.

Slides:



Advertisements
Similar presentations
8th Grade Investigation 7 Force and Motion
Advertisements

Forces and the Laws of Motion
Forces and Newton’s Laws NOTES
L-3 Gravity and Free Fall
Acceleration due to Gravity  We all know that any object dropped near the earth’s surface will fall downwards.  The question is how do they fall? 
The Law of Inertia. Objects at rest remain at rest unless acted upon by an outside force. Objects in motion will remain in motion unless acted upon by.
Timmy the Astronaut stands at the edge of a Lunar cliff with two similar rubber balls. He throws the blue one upwards and the red one downwards, but throws.
Motion and Force. Frame of Reference Motion of an object in relation to a fixed body or place. To describe motion accurately and completely THE MOST COMMON.
Falling (it can be free but often a drag). Galileo's Pendulums Galileo Galilee once observed that pendulums of different masses swung back and forth at.
Change in Velocity Each time you take a step you are changing the velocity of your body. Each time you take a step you are changing the velocity of your.
a. Let ten of their friends throw the glider one time each b. Choose one friend to throw the glider many times c. Throw the glider just once d. Estimate.
Galileo was an Italian Astronomer who made a notable contribution to mathematics.
Need: Notebook CLASS Notes: Pendulum Lab with Clocks Handouts: Two reading (no notes) Two HW sheets Quiz Monday on pendulum problems Start Pendulum clock.
L-3 Review – inertia Tendency of objects to resist changes in motion.
GALILEO GALILEI. REFERENCES Mary Bellis.
Bell Ringer Sports announcers will occasionally say that a person is accelerating if he/she is moving fast. Why is this not an accurate description of.
Force, & Newton’s Laws of Motion
Motion is one of the key topics in physics. Everything in the universe moves. It might only be a small amount of movement and very very slow, but movement.
Inertia Around a Curve {Force and Motion.
Week 26 pg What direction is friction ALWAYS in? Describe all the forces an object falling through the air would experience? What type of friction.
Topic 1Topic 2Topic 3Topic 4 $100 $500 $400 $300 $200.
The Ordered Universe Part 3: Some Calculations. Check Prior Knowledge: Summarize the contributions made by Galileo and Newton Distinguish between speed,
Motion and Free Fall Physics 113 Goderya Chapter(s): 5 Learning Outcomes: All.
A = Velocity final – Velocity initial time Solve for Velocity final with algebra A new (but old) formula Velocity final = Velocity initial + at.
Forces & Motion – Test 1 Review. A push or pull that acts on an object.
Introduction to Forces: Common Misconceptions. Common Misconceptions about Forces True or False ____ When a ball has been thrown, the force of the hand.
1. When an object is moving - what effect will a balanced force have on the object?  A. The object will start moving faster. B. The object will slow.
Newton’s Laws of Motion 1-Courses/current-courses/08sr-newton.htm system.org/~history/PictDisplay/Galileo.html.
L-3 Review – inertia Inertia  the tendency of objects to resist changes in motion. –If an object is at rest, is stays at rest. –If an object is moving.
Physics 1D03 - Lecture 341 Harmonic Motion ( III ) Simple and Physical Pendulum SHM and uniform circular motion.
Chapter 11 Motion 11.3 Acceleration.
G a l i l e o G a l i l e i By: Jennifer Zaremba.
Do now! Homework Due Weds 10th Feb Complete trolley AND balls investigation.
Gravity/Air Resistance. THINK-PAIR-SHARE – What happened if you dropped two different objects (meaning different masses) on the same planet? – Did you.
For all problems, ignore friction and air resistance [1] How long will it take a 14. n object to free fall from a height of 50 meters? Does the fact that.
Galileo Galilei. Early Years Born 15 Feb in Pisa Born 15 Feb in Pisa Educated in Camaldolese Monastery Educated in Camaldolese Monastery Father.
Chapter 10 Forces and Motion. Gravity Gravity is a force of attraction that acts between bodies that have a mass. Gravity is a force of attraction that.
Simple Harmonic Motion. Types of Motion Periodic Motion Motion which repeats itself Intervals of Time  Ex. watch, heart pumping Oscillatory Motion Motion.
What is a Pendulum? Is a WEIGHT suspended from a PIVOT so it can swing freely. When displaced it is subject to a restoring force due to gravity which.
Free fall occurs whenever an object is acted upon by gravity alone.
As stated on physiscsclassroom. com Newton's second law of montion pertains to the behaviour of objects for which all existing forces are not balanced.
Physics - Harmonic Motion We have been dealing with straight line motion or motion that is circular. There are other types of motion that must be dealt.
1.0 Physics of the Soap Box Derby.. Goals/I can…  maximize potential energy in the car  maximize acceleration  demonstrate the most efficient conversion.
3 Newton’s First Law of Motion—Inertia Forces cause changes in motion.
1 A Quick Look at the Basics Dr. Harold Geller College of Science School of Physics, Astronomy and Computational Sciences George Mason University.
ARISTOTELIAN PHYSICS l Aristoteles (Aristotle) ( BC) had very strong influence on European philosophy and science; everything on Earth made of (mixture.
FROM NOTES :. Galileo Galilei Inertia: Aristotle—an object at rest tends to stay at rest. Galileo---an object maintains its motion unless acted on by.
Units are covered. Galileo Galilei ( ) Using a Dutch-designed telescope that he built himself, he made several startling observations that.
NEWTON’S 3 LAWS OF MOTION 12.2 & SCIENTISTS HAVE CONTRIBUTED TO OUR UNDERSTANDING OF FORCE & MOTION ARISTOTLE: AN ANCIENT GREEK SCIENTIST AND.
Force 1 It is as natural for a moving object to keep moving with a constant speed along a straight line as for a stationary object to remain at rest.
Bell Work 11/11/14 Pick up a vocabulary sheet from the front table. Define the terms we have discussed. We will complete the vocabulary as we continue.
Newton’s 2 nd Law Air Resistance & Drag. Why does the motion of objects change? Aristotle Objects seek their ‘natural’ places OR ‘Unnatural’ forces act.
Review for Forces Test. Describe an objects velocity and acceleration when the net force is zero? Describe an objects velocity and acceleration.
Gravity and Acceleration. And You Gravity  What is Gravity? –1. Gravity = force of attraction between 2 objects as a result of their masses.  On Earth.
Gravity.
Newton’s Second Law TEKS 8.6A demonstrate and calculate how unbalanced forces change the speed or direction of an object’s motion TEKS 8.6C investigate.
12.1 Acceleration.
Gravity & Laws of motion
Newton’s Laws of Motion
MOTION & ITS APPLICATIONS  Newton’s First Law of Motion (P )
Acceleration.
Acceleration.
Newton’s Second Law.
Acceleration.
Acceleration.
Acceleration.
Acceleration.
Acceleration.
Acceleration.
Presentation transcript:

Galileo By Dominique and Nathan “Measure what can be measured, and make measurable what cannot be measured.” - Galileo Galilei

Overview In this presentation we will be talking about... -The Pendulum Clock -Some “funny” jokes -The Laws of Inertia -True or False -The Telescope -A Surprise!

Pendulum Clock Galileo was always interested in the side to side movement of a suspended weight. His first thoughts about the pendulum were when he noticed that as a breeze rolled in, a chandelier rocked back and forth. When the breeze stopped, the chandelier continued to rock. The pendulum was first used for recording someone’s pulse, and for the metronome, which helps you keep in time when playing music. When Galileo was 77, completely blind, he discovered that the pendulum also could be used for clocks. The equation for the pendulum includes the time it takes the pendulum to swing from side to side, the length of the pendulum, and the acceleration of the falling body due to gravity. Galileo was always interested in the side to side movement of a suspended weight. His first thoughts about the pendulum were when he noticed that as a breeze rolled in, a chandelier rocked back and forth. When the breeze stopped, the chandelier continued to rock. The pendulum was first used for recording someone’s pulse, and for the metronome, which helps you keep in time when playing music. When Galileo was 77, completely blind, he discovered that the pendulum also could be used for clocks. The equation for the pendulum includes the time it takes the pendulum to swing from side to side, the length of the pendulum, and the acceleration of the falling body due to gravity.

Some “funny” jokes

Laws of Inertia Galileo discovered the laws of inertia within the first ten years of the 1600’s. The law of inertia states that “If the forces acting upon an object are balanced, then the acceleration of that object will be 0 m/s/s.” (meter per second squared.) An example is, if you put a ball on top of an inclined plane and it starts rolling down, the speed will increase as it continues down. The longer the inclined plane, the more the speed of the ball will increase. In other words, the longer the hill to roll down, the faster the ball will end up rolling. Galileo discovered the laws of inertia within the first ten years of the 1600’s. The law of inertia states that “If the forces acting upon an object are balanced, then the acceleration of that object will be 0 m/s/s.” (meter per second squared.) An example is, if you put a ball on top of an inclined plane and it starts rolling down, the speed will increase as it continues down. The longer the inclined plane, the more the speed of the ball will increase. In other words, the longer the hill to roll down, the faster the ball will end up rolling.

The Telescope Galileo was not the inventor of the telescope. He simply improved the spyglass telescope made by Hans Lippershey. When he was in Venice, Italy during July 1609, Galileo heard of an invention that allowed people to see objects that were far away, as clear as if they were right in front of you. He then began making improvements to it. After 24 hours of hard work he built a 3 power telescope. Galileo was not the inventor of the telescope. He simply improved the spyglass telescope made by Hans Lippershey. When he was in Venice, Italy during July 1609, Galileo heard of an invention that allowed people to see objects that were far away, as clear as if they were right in front of you. He then began making improvements to it. After 24 hours of hard work he built a 3 power telescope.

True or False -Galileo invented the clock: T or F? -Galileo was always interested in the up and down movement of a suspended weight: T or F? -The pendulum was first used for recording someone’s pulse: T or F? -The longer the inclined plane, the faster the object will move: T or F? -After 24 hours of hard work, Galileo made a 6 power telescope: T or F? -Galileo invented the telescope: T or F?

Any Questions? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ????????????????????????????????????? ?????????????????????????????????????

Now we Test You! 1.What was the pendulum first used for? 2.What did Galileo discover within the first 10 years of the 1600’s? 3.What happened to the chandelier when the breeze stopped? a)The chandelier also stopped swinging. b)The chandelier continued swinging. c)The chandelier stopped swinging within 3 seconds. d)The chandelier broke and killed Galileo. 4. What year did Galileo invent the telescope in?

Bibliography ml ml alilei_2.htm alilei_2.htm