Now do it and record observations!

Slides:



Advertisements
Similar presentations
Laboratory Safety.
Advertisements

Changes in States of Matter Involving Carbon Dioxide 8 th Grade Vanderbilt Student Volunteers for Science Training Presentation Fall 2013.
What’s in air, anyways? Miss Laverty 2012 ***Experiment, lesson and worksheets adapted from the Edmonton Public School Curriculum book.***
Lab Safety Challenge #1 T. Trimpe 2008
Copyright © 2012 InteractiveScienceLessons.com Do: Rubbed a balloon on hair. See: “Something” transferred, which caused the balloon to attract a ping pong.
Copyright © 2012 InteractiveScienceLessons.com Do: Mixed baking soda and vinegar in a bag. See: A chemical reaction occurred, creating lots of gas (CO.
© InteractiveScienceTeacher.com. Renewable Resource Nonrenewable Resource Material Resource Energy Resource cut.
LAB SAFETY REVEIW PAY VERY CLOSE ATTENTION. Approved eye protection devices (like goggles) are used in the laboratory… A) to avoid eye strain B) to wear.
Science Inquiry Huff and Puff. Forming a Question or Hypothesis Title: Huff and Puff Question: If I don’t exhale and exhale into a jar placed over a lit.
What is air made of? AIR IN THE FORM OF A GAS. IT IS A GAS! What is air made of? What is the difference between air and oxygen? Air has weight, pressure.
8 th Grade Science Do Now Monday, October 29, 2012 On page __, make 5 observations about the map at your table.
Chemistry Safety Rules Mr. Williams 8th Grade Science Because we will often work with acid, flammable materials, fire and breakable equipment it is essential.
Gas Law Activities. Students will form groups of 3-4 people. There are 4 guided demonstrations that will be conducted in front of the class. There are.
Starch formation and photosynthesis - what is the relationship?
Safety in the Chemistry Classroom. Lab Safety and Procedures Why Worry about safety? _______.
Safety Rules. Never touch any chemicals or equipment until told to do so.
Biology Wednesday, September 28, 2016
Laboratory Safety.
Lab Safety.
If you have your journal…
Changes in States of Matter Involving Carbon Dioxide 8th Grade
Joseph Priestley’s Experiments from the 1700s.
Welcome! (9/8) Get out: Pen, highlighter (if you have one), goggles
On science.
SAFETY IN THE LAB.
Exploring the reaction of Mg with O2
HAPPY FRIDAY! Bellwork:
5.3 Are all foods created equal?
Laboratory Safety Essential Question:
Teacher Prep Gather up all of the materials for the lab. Put the materials in the boxes. Xerox off the lab sheet.
Laboratory Safety and Apparatus Review
Unknown White Powder Lab
Unknown White Powder Lab
Candle and Water Lab EQ- What are the key components to experimental design? By: Amber Tharpe.
Compositional Layers & Physical Layers
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
Lab Safety Rules.
Keep flames away from hair, clothing, and paper Keep flames away from hair, clothing, and paper. Do not point lit matches downward. Do not put matches.
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
Laboratory Safety.
(removed for preview) Waves Mechanical Waves Transverse
How cells grow, replicate DNA, and divide
Starring 3 amazing chemical reactions!
Draw line about 3/5 of the way down your paper
I. Protostellar Disk Forms
How plants magically use sunlight to make sugar
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
Solar System Formation
Sea-Floor Spreading TEACHER NOTES below
_____ ______ Before After Observations: At the very end the water…
Thunderstorms TEACHER NOTES below Beforehand:
How living things maintain balance
Seabreezes & Landbreezes
1. Please have these Items on your desk. Agenda Aug. 3 AR Book
TEACHER NOTES below Materials per student: sheet of copy paper, pencil, colored pencils, scissors Super-Simple Procedure: Click through the PowerPoint.
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
What is, and is not, considered scientific
TEACHER NOTES below Materials per student: sheet of copy paper, pencil, colored pencils, scissors Super-Simple Procedure: Click through the PowerPoint.
This causes the magma in the mantle to spin slowly (convection).
Laboratory Safety.
Chemical Reactions Lab
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
T. Trimpe What's Wrong? Lab Safety Challenge #1 T. Trimpe
LAB RULES Your life depends on it..
THE DETERMINATION OF WATER IN A COMPOUND
Presentation transcript:

Now do it and record observations! Birthday Candle Mystery Before After beaker 5. 2. candle pie pan 6. 4. 1. 3. water penny Observations: At the very end the water… Prediction: I predict that when the candle is lit… Now do it and record observations! TEACHER NOTES below Materials per group: pinch of clay, small birthday candle, aluminum pie pan, 1 penny, 250mL beaker with ~200mL water in it, paper towel, goggles Caution: Keep flammables, loose clothing, hair, and hands well away from the flame. Locate all fire safety equipment and be familiar with their operating procedure BEFORE class begins. Comply with all fire codes in your building. Keep matches and lighters out of student reach. Blow out candles as soon as the lesson is over. Beforehand: Do yourself a huge favor and practice this demo yourself a few times. Also go through the activity, starting with the blank handout, like your students will. It’s a little extra time, but it will help you communicate the lesson much better! Decide how you will group students. You can put them in groups of 4’s, each with their own setup of materials. You can also divide your class into 3 large groups, so a class of 30 would be 3 groups of 10. If materials and safety are an issue, you could also do it once as a demo for the class, but the big drawback is that they won’t see as well the big surprise at the end very well. Whatever you do, keep your students sitting down as much as possible. If you chose to have student groups, have a candle stations around the room so students can light and re-light their candles often to repeat the experiment without leaving their seats. I set a few short round candles on a small sheet of aluminum foil in different spots around the room. With the excitement of this lesson and fire in the room, also understand that what your students need more than anything today is strong leadership. Without it this lesson won’t go well for you. Procedure: Get materials Set up apparatus as shown in the “Before” diagram above on the ppt, but don’t burn candle yet- Put blob of clay on bottom of candle, and stand candle in center of pie pan Pour water from beaker into pie pan (removed for preview) Why I think this happened: The reason I think this happened is because… Explanation: candle was lit air inside heated, expanded air escaped; (less air inside than before) (removed for preview)

Come back and visit InteractiveScienceTeacher Come back and visit InteractiveScienceTeacher.com for everything you need for every lesson: Videos- where I show you how to present each lesson Teacher Notes PowerPoints Student Handouts