Time to lose the lecture?

Really interesting article this week from npr: Physicists Seek to Lose the Lecture I’ve been working hard to increase peer-to-peer discussion in my 9th grade physics classes. It takes a concerted effort, but the results have been good: more students talking physics rather than listening (or, as often the case, pretending to listen) to me talk physics has to be a good thing, right?

Have you increased the amount of “accountable talk” you have your students participate in the last few years? With what result?

General Science Powerpoint Review Game

General Science Jeopardy-Like Powerpoint Game

New jeopardy-like review game posted to Teachers Pay Teachers. This game is a general science oriented game – five categories with five questions in each category. Categories are; Metric System, Measurements, Lab Equipment, Scientific Method, and Branches of Science. Use it to “ease” your students back into school after winter break, or use it as a 20 – 30 minute review at the end of a class day. Can be played in small groups or as a whole class.

Click the image below to see all of the great products available (some free!) from The Science Vault.
8th, 9th, 10th, 11th, 12th - TeachersPayTeachers.com

Cyber Monday Sale! 30% off Everything!

Visit my store on Teachers Pay Teachers Nov 28, 2011 and get 30% off of all products! Stock up on Jeopardy games, powerpoint notes, and labs for the rest of the year!

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Inquiry Wave Lab and Post Lab Quiz

Inquiry Wave Lab

This is an interactive computer simulation designed to guide students into discovering the properties of waves. The first part of this inquiry-styled lab investigates the effects of amplitude, frequency, damping, and tension by having students determine their independent and dependent variables while also setting conditions to keep constant. The second half introduces the concept of transverse waves moving perpendicular to the motion of the medium.

This lab is a perfect introduction (or review) of waves for first year physics students or physics science students. Most appropriate age groups would be grades 8 – 10, although I have used this lab successfully with my 11-12 grade physics classes.

The simulation will run on Windows, Mac, and Linux machines. It is a java applet and runs quickly and easily in most browsers without any hitches.

Included in the packet:
o Lab handout
o Teacher notes
o Post lab quiz
o Lab Quiz Key
o “Waves on a String” simulation © 2004-2009 University of Colorado

The simulation is included as a time-saving convenience; it is also available free of charge at PhET’s website: http://phet.colorado.edu/ The copyright license allows the simulation to be bundled with both free and for-profit educational materials, so I am offering it here with the lab for your evaluation.

To see this lesson and many more, visit my store by clicking here:

Tchr2Tchr Blog!

Teacher 2 Blog: Follow all your favorite teachers on the Teachers Pay Teachers website. There are feature articles, special deals, and contests! Everyone loves a good contest, right? :)

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Speed Unit: Speed, Average Speed, Velocity: 4 Worksheets and a Lab

Speed Unit: Everything You Need to Introduce Speed and Velocity

I use this lab and powerpoint near the beginning of our unit on one dimensional motion. The lab is easy to complete, and my students really enjoy creating their rotocopters and timing them in free fall. The lab is great for reinforcing experimental variables as well – students get hands-on experience making sure they are testing only one variable at a time, so it’s a great follow up to the concepts of independent v. dependent variables as well as conditions to keep constant. I usually use at least one of the worksheets during the lab to make sure everyone stays busy during the lab; the other worksheet usually goes home with students for homework.

The set is a 34 slide powerpoint, a rotocopter lab and three different worksheets over the concept of speed. The powerpoint covers three different models of speed ( strobe photos, equations, and graphing ), sample word problems to solve for speed, distance, and time, a discussion of the differences between velocity and speed and the differences between average speed and instantaneous speed. At the end of the notes, there are five “check yourself” slides that review the content and offer the opportunity for further discussion – great for informal formative assessments! The five check yourself slides are followed by slides giving the answers. The worksheets are geared to both problem solving and a conceptual understanding of speed. One worksheet is geared toward the content of the powerpoints (specifically, modeling/problem solving/vocabulary) and the other two worksheets are problem solving worksheets. All worksheets come with answer keys.

The rotocopter lab is a simple lab where students create rotocopters and investigate the factors that affect the rotocopter’s falling speed. I’ve used this lab as an introduction to measuring speed and I’ve also used it to introduce air resistance and terminal velocity when learning about acceleration due to gravity. This lab requires little in the way of supplies: the model template is included as are instructions. Your students will need the template, a pair of scissors, a paper clip, and some sort of timing device. Also included are student instructions if you want to do the lab in a guided fashion and guidance sheets if you prefer to have your students approach this lab as an inquiry-based activity.

This set would be appropriate as a first introduction to speed in a physical science class or in a 9th grade physics class. It was created to follow the theme in the Active Physics ™ curriculum of teaching speed through the lens of driving an automobile, but it stands alone perfectly well.

To download this unit, click here:Speed Unit: Everything You Need to Introduce Speed and Velocity

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Life Cycle of Stars Powerpoint

Life Cycle of Stars: Red Giants, Super Giants, Supernovas, White Dwarfs

I use this powerpoint to introduce the life cycle of stars to my students; they really like the full color pictures and the interactivity of this powerpoint with video clips and flash simulations really helps to take the tedium out of note-taking. I always design my powerpoints with powerpoint animations so that students aren’t overwhelmed with a “wall of text” when I change slides: I find this strategy really helps me to emphasize the important concepts AND it helps students begin to pick out what is important and “note-worthy” and what is more conversational.

This 27 slide powerpoint covers the life cycle of small, medium and large mass stars. Topics covered are: mass of stars, nebula, protostars, main sequence, red giants, supergiants, supernova, neutron stars, and black holes. There are two short video clips – one describing the sizes of different stars, another an animation of a supernova, a link to a flash simulation of the life cycle of stars, and full color pictures throughout. Also included are twelve game show style review questions at the end of the powerpoint.

To download this powerpoint, head over to Teachers Pay Teachers: Life Cycle of Stars: Red Giants, Super Giants, Supernovas, White Dwarfs

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Electromagnetic Spectrum Powerpoint

Electromagnetic Spectrum: Wavelength, Frequency, & Energy

This 23 slide set covers the basics of the electromagnetic spectrum :

• the different parts of the electromagnetic spectrum (radio,microwave, infrared, visible, ultraviolet, x-rays, gamma)
• the relationship between wavelength, frequency, and energy
• characteristics and uses of each part of the electromagnetic spectrum

and includes links to animations online to help students see the relationships. Many slides have full color images and the last three slides include three types of review questions: knowledge, understanding and application (answers included).

Balancing Chemical Reactions and the Law of Conservation of Mass

Balancing Chemical Equations and the Law of Conservation of Mass

Two page worksheet that has twenty chemical equations for balancing and a “create a poster” assignment at the end that prompts students to create a full-color poster for one of their balanced equations that:

1. represents the balanced equation, atom for atom
2. explains the law of conservation of mass

Balancing Chemical Equations, Types of Equations AND Labs!

Balancing Chemical Equations – 14 worksheets and 4 labs!

This zipped file contains 14 worksheets and 4 labs. The worksheets range from a “first day” worksheet to advanced/honors work. There are equations with “just” balancing, worksheets with balancing and types of equations, and worksheets with balancing, types of equation and writing word equations. There are also 4 labs covering conservation of mass, types of reactions, and factors that affect the rate of reactions. All worksheets are in both .doc and .pdf form.