Extra Credit
Due May 5, 2017 3PM
Check Canvas for details.
Sound Extra Credit | |
File Size: | 97 kb |
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resonance lab/quiz 3/ finish demos
Day 1 ( A - 04/21): Students will be able to recognize characteristics of EM waves.
Chapter 12 Quiz 3 due Monday at 5pm. Do not forget. (Canvas)
Vid: Unseen Mysteries
Lab: EM Foldable
Classnotes
Frequency = I Love Lucy
Day 1 ( A - 04/21): Students will be able to recognize characteristics of EM waves.
Chapter 12 Quiz 3 due Monday at 5pm. Do not forget. (Canvas)
Vid: Unseen Mysteries
Lab: EM Foldable
Classnotes
Frequency = I Love Lucy
Notes: Electromagnetic Spectrum | |
File Size: | 440 kb |
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EM Foldable | |
File Size: | 95 kb |
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Classwork: Electromagnetic Spectrum | |
File Size: | 122 kb |
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Ch 13 Solution Set A: EM Waves | |
File Size: | 330 kb |
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Day 2 ( A - 04/25): Students will be able to recognize characteristics of EM waves.
Lec: EM Waves/ Light
Classwork: EM Waves pg 447 3-6
Finish EM Waves Project
Quiz Ch 13.1 (Canvas) DUE FRIDAY @ 5pm
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Day 3 (A - 04/27): Students will be able to explain the difference between light and pigments.
Lec: Light vs Pigments
Demo: Mg and Metal Sprays (Bunsen)
Lab: Light Lab
Super Color Vision? Take the test! (Click Here)
CMYK
RGB
Day 3 (A - 04/27): Students will be able to explain the difference between light and pigments.
Lec: Light vs Pigments
Demo: Mg and Metal Sprays (Bunsen)
Lab: Light Lab
Super Color Vision? Take the test! (Click Here)
CMYK
RGB
Lec: Color and Polarization | |
File Size: | 182 kb |
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Class notes: 14.1 (IPC) | |
File Size: | 188 kb |
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Lab: Light | |
File Size: | 471 kb |
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Day 4 ( A - 05/01): Students will be able to explain the difference between light and pigments.
Lec: Colors and Filters
Lab: Filters
Lab: Color Vision Lab (Click Here)
Homework: Light and Color WS
Quiz 12.2
Color Vision Lab | |
File Size: | 85 kb |
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HW: Light and Color | |
File Size: | 485 kb |
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color-vision_en.html | |
File Size: | 1545 kb |
File Type: | html |
Day 5 ( A - 05/03): EOC Testing
Practice Test
Practice Test
Day 6 ( A - 05/05): Students will be able to identify topics related to sound and light.
Chapter 12 and 13 Test
Prepare a 3x5 Notecard
Chapter 12 and 13 Test
Prepare a 3x5 Notecard
Day 7 ( A - 05/09): Students will be able to distinguish between specular and diffuse reflection of light.
Lec: Reflection
Lab: Light Kit Plane Mirror /Reflection Lab
Demo: Law of Reflection Laser
Video: What Color is a Mirror
Lec: Reflection
Lab: Light Kit Plane Mirror /Reflection Lab
Demo: Law of Reflection Laser
Video: What Color is a Mirror
Notes: Light and Reflection | |
File Size: | 3152 kb |
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Lab: Reflection Lab | |
File Size: | 1614 kb |
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http://www.surendranath.org/Applets/Optics/RRCS/RRCS.html
Day 6 (A - 05/11): Students will be able to draw ray diagrams to find the image distance and magnification.
Quiz: Plane Mirrors
Lec: Curved Mirrors
Lab: Mirror Ray Diagram (add diagrams to your plane mirror notes from lab)
Classwork: Concave vs Convex Diagrams WS (Image formation)
Day 6 (A - 05/11): Students will be able to draw ray diagrams to find the image distance and magnification.
Quiz: Plane Mirrors
Lec: Curved Mirrors
Lab: Mirror Ray Diagram (add diagrams to your plane mirror notes from lab)
Classwork: Concave vs Convex Diagrams WS (Image formation)
Lab: Mirror Ray Diagram | |
File Size: | 828 kb |
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Image Formation | |
File Size: | 407 kb |
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Mirror Ray Diagrams (Curved Mirrors) | |
File Size: | 31 kb |
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Day 7 (A - 05/15): Students will be able to calculate distances and focal lengths using the mirror equation for concave and convex mirrors.
LAB DIAGRAM HELP <----- CLICK
Lec: Image Formation Calculations for Concave and Convex Mirrors
Classwork: Page 460 #1-4 & 464 # 1-4
Quiz: Mirror Equation
Mirror Diagram Lab | |
File Size: | 76 kb |
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Mirror Ray Diagram Equation Lab | |
File Size: | 92 kb |
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Quiz: Mirror Equation | |
File Size: | 204 kb |
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Day 8 (A - 05/17): Students will be able to to solve problems using Snell's Law.
Lab: Inquiry Lab- Refraction (Refraction Tanks)
Lec: Refraction and Snell's Law (Page 489 #1-3)
Lab: Refraction Lab (Phet) Click Here
Worksheet: Refraction vs Reflection
Demo: Disappearing Test Tube
Inquiry Lab | |
File Size: | 19 kb |
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Notes: Light Reflection | |
File Size: | 3152 kb |
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W/S: Refraction | |
File Size: | 742 kb |
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Lab: Bending Light | |
File Size: | 194 kb |
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Phet File: Bending Light | |
File Size: | 2067 kb |
File Type: | jar |
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Day 9 (A - 05/19): Students will be able to use ray diagrams to find the position of an image produced by a converging or diverging lens, and identify the image as real or virtual.
Lec: Optics
Lab: Thin Lens Lab
Classwork: Waves-Refraction
Due: Refraction/ Snells Law calculation
Demo: Laser Microscope ( Hint: Refraction/Convex Lens)
Notes: Optics | |
File Size: | 239 kb |
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Classwork: Waves-Refraction | |
File Size: | 363 kb |
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Refraction/ Total Internal Reflection/ Dispersion Lab | |
File Size: | 181 kb |
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Refraction Quiz | |
File Size: | 104 kb |
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Day 10 (A - 05/23): Students will be able explain flat mirrors, curved lenses, and lenses.
Chapter 14 Test
Chapter 14 Test
Day 11 (A - 05/): Students will be able to describe the changes in the temperatures of 2 objects reaching thermal equilibrium.
Lab: Heat
Demo: Thermal Expansion (Ring/Sphere)
Lec: Heat vs Temperature
Video: Heat and Temperature
WS: Conversions (F,K,C)
Lab: Heat | |
File Size: | 64 kb |
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Chapter 14 Retest Due 05/12 | |
File Size: | 55 kb |
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Notes: Temperature and Thermal Equilibrium | |
File Size: | 230 kb |
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Heat Definition | |
File Size: | 114 kb |
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Temperature Conversion W/S | |
File Size: | 10 kb |
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Day (A - 05/): Students will be able to explain heat as the energy transferred between substances that are at different temperatures.
Quiz: Heat 1
Lec: Transfer of Heat
Demo: Density of Hot vs Cold Fluids
Video: Heat and Temperature
Classwork: Heat WS
Quiz: Heat 1
Lec: Transfer of Heat
Demo: Density of Hot vs Cold Fluids
Video: Heat and Temperature
Classwork: Heat WS
Heat Quiz 1 | |
File Size: | 120 kb |
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Notes: Heat | |
File Size: | 274 kb |
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Classwork: Heat | |
File Size: | 170 kb |
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States of Matter Lab | |
File Size: | 324 kb |
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Lab: States of Matter | |
File Size: | 2150 kb |
File Type: | jar |
Day (A - 05/): Students will be able to perform calculations involving specific heat.
Lec: Specific Heat and Latent Heat
Notes: pg 318 # 2-3
Lab: Specific Heat of Unknown Metals
Demo: Air vs Water/ (Cups)/ Gummy Bear Sacrifice
Notes: Specific Heat and Calorimetry | |
File Size: | 327 kb |
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Lab: Specific Heat | |
File Size: | 871 kb |
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Day (A - 05/): Students will be able to apply the principle of energy conservation to calculate changes in potential, kinetic, and internal energy.
Quiz: Temperature
Lec: Latent Heat
Notes: Page 381 # 1-3
Quiz: Temperature
Lec: Latent Heat
Notes: Page 381 # 1-3
Heat Quiz 2 | |
File Size: | 53 kb |
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Notes: Latent Heat | |
File Size: | 1037 kb |
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Lab: Latent Heat of Fusion | |
File Size: | 26 kb |
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Review: Chapter 10 Heat | |
File Size: | 28 kb |
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Spring Final Exam Review
Spring Final Exam Review 2014 (Yes it does say Fall Final but it is the Spring Final Review.) | |
File Size: | 52 kb |
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Key | |
File Size: | 12 kb |
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Day (A - 05/): Students will be able to recall topics from semester 2.
Final Exams begin!
Day 13 (A - 05/23): Students will be able to understand the basic properties of electric charge.
Chapter 10 Test Analysis
Lec: Properties of Electric Charge
Notes: 17.1 Electric Charge
Demo: Balloon
Video: Electricity
Phet Balloons and Static Electricity (Click Here)
chapter_17_3.pdf | |
File Size: | 76 kb |
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Day 14 (A - 05/28): Students will be able to solve for the resultant force (magnitude and direction) given 3 point charges and calculate electric field strength.
Demo: Vandergraff Generator/ Leyden Jar
Quiz: 17.1
Lec: Electric Field
Mini-lab: Electric Hockey
Notes: Page 647 #1 and 2
Classwork: 17.2
Demo: Vandergraff Generator/ Leyden Jar
Quiz: 17.1
Lec: Electric Field
Mini-lab: Electric Hockey
Notes: Page 647 #1 and 2
Classwork: 17.2
Quiz 17.1 | |
File Size: | 117 kb |
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17.2 Guided Practice | |
File Size: | 76 kb |
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Solutions page 647 1-3 | |
File Size: | 198 kb |
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Mini-Lab: Electric Hockey | |
File Size: | 1102 kb |
File Type: | jar |
Day 14 (A - 06/01): Students will be able to solve for the resultant force (magnitude and direction) given 3 point charges and calculate electric field strength.
Lec: Magnetic Field
Spring Final Exam Review
Lec: Magnetic Field
Spring Final Exam Review