Chapter 5, Section 1 Sounds in Vibrating Strings.

Slides:



Advertisements
Similar presentations
Are You In Need of a Tune Up?
Advertisements

1 day. Catching the Pitch Wednesday March 28 th, 2012 Warm-up: ** Answer in complete sentences below your paste-in*** 1. How is sound transferred as energy?
Physics Chapter 5 Section 3
Chapter 5, Section 2 Making Waves. February 17, 2012 HW: PTG #1, 2, 5-8, pg , Due Next Wednesday/Thursday Learning Objective: – Describe how waves.
Warm Up What was one positive thing that happened to you over break?
Chapter 5, Section 2 Making Waves.
 Learning Objective › Explain the relationship between the focal length, image distance, image size, and object distance for a convex lens.  Success.
Unit 9: Let Us Entertain You. Essential Questions  What are the relationships among wavelength, frequency, and speed of a wave?  How are vibrations.
Electric Power: Load Limit
Chapter 5, Section 7 Curved Mirrors.
Laws of Thermodynamics: Too Hot, Too Cold, Just Right
Physics Talk 2.3 Newton’s Second Law.
 Learning Objectives:  Explain the effects of friction on moving objects  Calculate the coefficient of sliding friction  Explain factors that may.
DO NOT COPY ANYTHING IN YELLOW 1 DEFINITIONS. DO NOT COPY ANYTHING IN YELLOW 2 Science Is a way or a process used to investigate what is happening around.
Chapter 5, Section 7. February 15, 2011 HW: PTG 5.7, p 555, #1-6, 8, Due Fri  Learning Objectives Compare and contrast real and virtual images Describe.
Measurement: Errors, Accuracy, and Precision. August 13, 2010 HW: Physics to Go (PTG)-pg. 32, #6-9  Do Now (NB pg. 6)  Turn in Current Event  WDYS.
Chapter 5, Section 6 Reflected Light. Date: February 8, 2011 HW: 5.6 PTG, #1-7, pg. 546, Due Friday Chapter challenge build day tomorrow! Learning Objective.
Chapter 6, Section 8 Energy Consumption: Cold Shower.
Newton’s Third Law: Run and Jump
Newton’s Second Law. September 30, 2013 HW: PTG #1-6 pages Honors: Active Physics Plus Do Now: Copy LO and SC Agenda: Do Now LO and SC Investigate.
Test Friday (Safety and Collisions) To the back of the room: -Determine your Mass off egg and compartment -choose a spokesperson to explain your design.
Chapter 2, Section 1 Newton’s 1 st Law: A Running Start.
 Learning Objectives:  Explain the effects of friction on moving objects  Calculate the coefficient of sliding friction  Explain factors that may.
 Learning Objectives:  Explain the effects of friction on moving objects  Calculate the coefficient of sliding friction  Explain factors that may.
2.2 States of Matter: Solid, Liquid, Gas
Scientific Method A blueprint for experiment success.
Investigation 1.  Why is it important to control which variables stay the same and which change?  How does a changing variable affect the outcome of.
Unit 9: Let Us Entertain You. Essential Questions  What are the relationships among wavelength, frequency, and speed of a wave?  How are vibrations.
Chapter 2, Section 1 Elements and Compounds. Date: HW: 2.1 CTG, pg. 109 #1-4 LO: – Explain matter – Explain the differences between elements and compounds.
Negative Acceleration: Braking Your Automobile. Date: Sept 19, 2011 HW:PTG pg. 88, #1-4, Due Fri  Do Now (NB pg ?):  WDYS  WDYT  TB pg. 75  Read.
Physics Chapter 5 Section 3 Sounds in strings revisited.
Chapter 5, Section 2 Making Waves. January 5, 2011 HW: PTG #1, 2, 5-8, pg , Due Monday, Bring Tissues Learning Objective: – Describe how waves.
Do Now Draw a roller coaster Label where potential and kinetic energy are highest. Label where work has to occur.
Chapter 3, Section 2 Newton’s 1 st Law of Motion: Life and Death before and after Seat Belts.
Elements and their Properties. LO Categorize different elements based on their physical/chemical properties SC Apply ancient definitions of elements to.
Chapter 5, Section 6 Reflected Light.
Conservation of Momentum.  Learning Objective: Describe conservation of momentum in collisions  Success Criteria: Calculate momentum in a system Define.
Chapter 5, Section 7. April 23, 2012 HW: PTG 5.7, p 555, #1-6, 8, Due Fri  Do Now: 5.6 Quiz p 548 WDYS/WDYT.
A toy train with a mass of 1.0 kg coasting at.5m/s overtakes and collides with a.25 kg cart moving the same direction at.3 m/s. When they collide they.
Scientific Method A blueprint for experiment success.
Pendulums… Competency Goal 4: Conduct investigations and use appropriate technologies to build an understanding of forces and motion in technological designs.
Chapter 6 Section 3 Chemical Names and Formulae. Date: November 11, 2011 HW: CTG p. 455 #1-9 (Due Wed) LO: – Use periodic table to identify and name ionic.
Chapter 5, Section 2 Making Waves. 2/15/12 HW: PTG #1, 2, 5-8, pg Due Tuesday Learning Objective: – Describe how waves carry energy – Describe.
Chapter 2, Section 1 Newton’s 1 st Law: A Running Start.
LABORATORY REPORTS. TYPES OF REPORTS Experimental Design Formal Report.
Physics Chapter 5, Section 4 Sounds from Vibrating Air.
Refraction of Light. Learning Objective: Describe what happens to light when it goes from air to another substance. Study the relationship between the.
Chapter 2, Section 8 Identifying Matter. Date: HW: 2.8 CTG, pg. 161 #1-3 LO: –Explain how electron excitation and different colored lights are related.
Chapter 5, Section 1 Sounds in Vibrating Strings.
 Learning Objective › Describe the relationship between changes in mass and velocity to an object’s momentum › Process Skill: scientific writing  Success.
May 9, 2012 HW: 6.1 PTG, p 604 #1-9, Due Wed. Learning Objective  Identify energy transformations involved with the production and use of electrical energy.
Physics Chapter 5, Section 4 Sounds from Vibrating Air.
Objective: The student will analyze the text for characterization. Standards: RL Today’s Agenda:  Do Now  Discussion  Read  Wrap Up Unit 2.
Chapter 2, Section 4 Projectile Motion: Launching Things into the Air.
Following Distance and Models of Motion. August 30, 2011 HW: Finish Speed Machines  Do Now (NB pg 10 )  WDYS  WDYT  TB pg. 34  Success Criteria:
Laws of Thermodynamics: Too Hot, Too Cold, Just Right
Negative Acceleration: Braking Your Automobile
Conservation of Momentum
Impulse and Changes in Momentum: Crumple Zone
A blueprint for experiment success.
5*1 Sounds in vibrating strings
A blueprint for experiment success.
A blueprint for experiment success.
A __________ for experiment success.
A blueprint for experiment success.
A blueprint for experiment success.
Mr. K’s blueprint for experiment success.
Newton’s 1st Law of Motion: Life and Death before and after Seat Belts
Projectile Motion: Launching Things into the Air
A blueprint for experiment success.
Presentation transcript:

Chapter 5, Section 1 Sounds in Vibrating Strings

2/13/2012 HW: 5.1 PTG #1-5, pg. 490 Due Wed Learning Objective: – Describe the relationship between pitch, frequency, tension, and sound. – Write a conclusion that includes IV, DV, evidence, and the big idea. Success Criteria: – Observe the effect of string length on the pitch of the sound produced – Observe the effect of tension on the pitch of the sound produced – Control the variables of tension and length – Summarize experimental results New Seats Do Now: – Read Chapter Challenge pg – Write LO and SC on a new left- side page – WDYS/WDYT pg. 484 Agenda: – New Seats – Do Now – Investigate

Investigate Read #1-5 pg Create data table to record data from experiment

Length of Vibrating String (measure from the center of the cup to the pulley) # of 500g hanging masses Pitch (high, medium, low) High pitch sounds like the squeal of a vehicle’s brakes Low pitch sounds like the rumble of thunder 20cm cm cm cm1 2 4

Summary – Record Answers in Notebook When you increase the mass (add weights) to the string, the tension on the string increases. What happens to the pitch? When you increase the distance between the cup & the pulley, but keep the mass the same, what happens to the pitch?

2/14/12 HW: 5.1 PTG #1-5, pg. 490 Due Wed Learning Objective: – Describe the relationship between pitch, frequency, tension, and sound. – Write a conclusion that includes IV, DV, evidence, and the big idea. Success Criteria: – Observe the effect of string length on the pitch of the sound produced – Observe the effect of tension on the pitch of the sound produced – Control the variables of tension and length – Summarize experimental results Do Now: – Look at your conclusion for 6b from yesterday. Does it have: IV and DV Evidence/Data Big Idea – What happened to the pitch as you changed the length of the string? – What happened to the pitch as you changed the mass on the hanger?

m/watch?v=LOL8-qIYemg m/watch?v=LOL8-qIYemg m/watch?v=SK52EVv9xew &feature=related m/watch?v=SK52EVv9xew &feature=related m/watch?v=5V_hWBRZKu k&NR=1&feature=fvwp m/watch?v=5V_hWBRZKu k&NR=1&feature=fvwp m/watch?v=r2BOApUvFp w m/watch?v=r2BOApUvFp w m/watch?v=z_lwocmL9d Q m/watch?v=z_lwocmL9d Q m/watch?v=fW97YtogQvE m/watch?v=fW97YtogQvE m/watch?v=2L8lVLcfJ0s m/watch?v=2L8lVLcfJ0s

Physics Talk Read pg Complete 2 column notes in notebook Be sure to define – Vibrate – Variable – Pitch – Frequency –

Essential Questions-pg. 489 In your notebook answer the – What does it mean? – How do you know? – Why should you care? Be prepared to discuss in your group

PTG #1-5, pg. 490