Ch. 35 Special Relativity Clicker Activities. Answer the following warm up question about Einstein’s postulates on your own.

Slides:



Advertisements
Similar presentations
Einsteins Special Theory of Relativity. Relative Motion ALL motion is relative Speeds are only measured in relation to other objects No way to determine.
Advertisements

Building Spacetime Diagrams PHYS 206 – Spring 2014.
Classical Relativity Galilean Transformations
Theory of Special Relativity
P1X*Dynamics & Relativity : Newton & Einstein Chris Parkes October 2005 Special Relativity Postulates Time Dilation Length Contraction Lorentz Transformation.
Cutnell/Johnson Physics 7th edition
1 Special Relativity 2. 2 Topics l Recap l Length Contraction l Cosmic Ray Muons l Spacetime l Summary.
Slide show Notes_04.ppt Another effect emerging from the Einstein’s postulates: Length contraction. We now turn the “light-clock” sideways. Suppose that.
Einstein’s First Postulate Suppose you are on a train car with no windows, no means of observation of or communication with the outside world… Would you.
Special Theory of Relativity
Special Relativity & General Relativity
Time Dilation, Length Contraction and Doppler
Physics for Scientists and Engineers, 6e
Special Relativity The Death of Newtonian Physics.
Writing Improper Fractions EXAMPLE 1 Using the Least Common Multiple EXAMPLE 1 Model Trains Two model trains share a station, but they run on separate.
2. Einstein's postulates in special theory of relativity
Special Relativity Time Dilation, The Twins Paradox and Mass-Energy Equivalence.
Mon. Jan. 5 – Physics Lecture #16 Relativity – Basic Postulates 0) Overview of Quarter – Special Relativity, E&M, Unification 1) Basic Postulates 2) Relative.
Special Relativity Contents: The End of Physics Michelson Morley Postulates of Special Relativity Time Dilation.
Special Relativity. Objectives State Einstein’s postulates Recognize the consequences of Einstein’s postulates Calculate the effects of time dilation,
Einstein’s Special Relativity. Postulates 1. The speed of light is a universal constant 2. All laws are the same in any inertial reference frame.
Special Theory of Relativity
The Theory of Special Relativity Ch 26. Two Theories of Relativity Special Relativity (1905) –Inertial Reference frames only –Time dilation –Length Contraction.
Einstein’s theory of special relativity makes some very bizarre and counter-intuitive predictions. Anything that violates common sense like this must.
Modern Physics Relativity 1 Space is defined by measurements of length and depends on what “ruler” is used to measure the length. Time is defined by measurements.
1.Simultaneity 2.Time Dilation 3.Length Contraction SPECIAL RELATIVITY Space, time, motion, revisited.
Einstein’s theory of special relativity makes some very bizarre and counter-intuitive predictions. Anything that violates common sense like this must.
Chapter 7 Relativity n Special Theory of Relativity – Einstein 1905 – space contraction and time dilation n General Theory of Relativity – Einstein 1916.
My Chapter 26 Lecture.
IB Physics – Relativity Relativity Lesson 1 1.Galilean Transformations (one frame moving relative to another) Michelson Morley experiment– ether. 2.Speed.
1 Relativity  H3: Relativistic kinematics  Time dilation  Length contraction.
Physics 2170 – Spring Einstein’s theory of special relativity Homework was due at 12:50pm today in the.
Unit 13 Relativity.
Physics Race to the Stars. Overview This project should give a better understanding of time dilation as described in Einstein’s Theory of Special Relativity.
Special Relativity For Dummies!
Special Relativity = Relatively Weird
Physics 2170 – Spring Special relativity Homework solutions will be on CULearn by 5pm today. Next weeks.
Mon. Jan. 28 – Physics Lecture #4 Relativity – Basic Postulates 0) Quiz 1) Basic Postulates 2) Relative velocities 3) Light Clocks 4) Comparing time between.
11.1 – Frames of Reference and Relativity
Special Theory of Relativity. Galilean-Newtonian Relativity.
Special Relativity By Jackson Andrews.
Time Dilation. Relative Time  Special relativity predicts that events seen as simultaneous by one observer are not simultaneous to an observer in motion.
Consequences of Relativism SPH4U. Wind Back the Clock Two consequences of relativism discussed: To a stationary observer, time appears to slow down in.
Thomson’s Discovery of the Electron Clicker Activities.
Space and Time © 2014 Pearson Education, Inc..
Jan 7 th Summative will be on Jan 19 th and 20 th Our final is on Jan 29 th in the Caf at 9:30. Our colour is yellow. Posters due Jan 15th More Special.
RELATIVITY A Special Topic in Physics at Bow High School
11.1 – Frames of Reference and Relativity. Inertial Frame of Reference (IFOR) a frame of reference in which the law of inertia holds The FOR must be at.
Special Relativity and Time Dilation
Introduction to Relativity
Motion Graphs.
Wacky Implications of Relativity
Special Relativity Contents: The End of Physics Michelson Morley
Ordering Task – Object in Front of a Concave Mirror
Ordering Task – The Image Formed by a Convex Lens
Special Relativity For Dummies!
Albert Einstein and the Theory of Relativity
Einstein’s Relativity Part 2
Special Relativity Lecture 2 12/3/2018 Physics 222.
WWT – Dependence of 2 Slit Pattern on Wavelength
26-1 Galilean-Newtonian Relativity
Motion is Relative Motion does not exist isolated by itself. Motion must be defined in terms of some frame of reference, which is to say that motion is.
RELATIVITY III SPECIAL THEORY OF RELATIVITY
Part 2: Time Dilation.
Astro notes Bause North Farmington High School
Time Dilation Observer O is on the ground
Ranking Task – 2 Slit Interference
A student shines red, coherent light on a small single slit
Length Contraction © D Hoult 2011.
The slope of a displacement-time graph represents the velocity.
Presentation transcript:

Ch. 35 Special Relativity Clicker Activities

Answer the following warm up question about Einstein’s postulates on your own

Headlights are turned on 3 trains traveling at v 1 =.1c,v 2 =.5 c, and v 3 =.7 c. Rank the speed of the light beams from least to greatest as seen by observer next to the track. (TPS) < 2 < > 2 > < 3 < > 3 > 2 5. The speed is the same for all of the light beams

Consult with your neighbors and answer again

Headlights are turned on 3 trains traveling at v 1 =.1c,v 2 =.5 c, and v 3 =.7 c. Rank the speed of the light beams from least to greatest as seen by observer next to the track. (TPS) < 2 < > 2 > < 3 < > 3 > 2 5. The speed is the same for all of the light beams

Two clocks will be shown. They will keep time by sending a pulse of light back and forth and counting a tick each time the pulse returns to its starting point. View the operation of the clocks at rest.

The green clock will move with respect to the red clock at a speed of.5 c. Make the following prediction on your own

When the green clock moves with respect to the red clock it will Keep the same time as the red clock 2. Run faster than the red clock 3. Run slower than the red clock 4. Cannot be determined

Consult with your neighbors and answer again

When the green clock moves with respect to the red clock it will Keep the same time as the red clock 2. Run faster than the red clock 3. Run slower than the red clock 4. Cannot be determined

The same situation as before only now the clocks are oriented in the direction of travel. Answer the following on your own.

When the green clock moves with respect to the red clock it will Keep the same time as the red clock 2. Run faster than the red clock 3. Run slower than the red clock 4. Cannot be determined

Consult with your neighbors and answer again

When the green clock moves with respect to the red clock it will Keep the same time as the red clock 2. Run faster than the red clock 3. Run slower than the red clock 4. Cannot be determined