FIRST: SITTING IN YOUR ASSIGNED SEATS – NOT WALKING AROUND THE ROOM WORKING ON SOMETHING HAVING YOUR BLUE CARD OUT AND ON YOUR DESK.

Slides:



Advertisements
Similar presentations
Warm up: Make 5 Observations about this picture
Advertisements

Please get your science notebook from off the table before we start class. Seat down in your seat and turn to the warm-up section (back of book). On.
Observation & Inference
Methods of Science Chapter 1.3 pages
Modified by Liz LaRosa , from original posted at:
Warm Up On the Observation vs. Inference page in your IAN:
Modified by Liz LaRosa , from original posted at:
Modified by Liz LaRosa , from original posted at: Observation.
Modified by Liz LaRosa , from original posted at:
Observation & Inference. Observations Any information collected with the senses. Quantitative – measureable or countable »3 meters long »4 marbles »50.
Happy Friday! Bell Ringer: Describe the difference between science and pseudoscience. (2 sentences for credit) Objective: SWBAT: Compare and contrast observation.
Methods of Science Chapter 1.3 pages At the end of this chapter you should be able to…. Describe the difference between an observation and an inference.
Observation & Inference What is the difference?. Observations Any information collected with the senses. Quantitative – measureable or countable »3 meters.
Are they really necessary? Can you do science without doing observations?
Observation & Inference. Observations Any information collected with our five senses. Quantitative – measureable or countable »3 meters long »4 marbles.
A test of your observation skills… Contributions by D. Padilla, D. Johnson, & E. Marconi For more optical illusions go to:
Modified by Liz LaRosa , from original posted at:
Observation Observation: when studying something describe only facts that you can see, touch, smell and hear. You are not making any guesses. THIS IS.
Teacher instructions No printing required, need piece of paper, pen or pencil, internet connection for video. After slide 3, have students share their.
Observation & Inference. Observations Any information collected with the senses. Quantitative – measureable or countable »3 meters long »4 marbles »50.
Study Hall: Work on homework, read a book, do something silently. There is no talking. No exceptions.
Welcome 9/15/14 Please take 2 handouts SJ 9/15/14 Observations vs. Inferences –FQ: How are observations different than inferences? Ted Ed ….how is it going?
Modified by Liz LaRosa , from original posted at:
Study Hall: Read a book, do homework, look at my magazines, draw a picture. No talking. No exceptions.
Modified by Liz LaRosa , from original posted at:
Why do we “DO” science? What did we “DO” before we had science?
How We Study the World: The Scientific Method. Scientific Method -- Definition Way of obtaining knowledge about the world in a series of steps No one.
Friday’s Homework. Pre-AP Assignment Find 3 unique day-to-day problem and show how the scientific method could be used to solve them. Must specify how.
Mystery Footprints Observation & Inference
Observation & Inference
Observation & Inference
Unit 1: The scientific Method
Observation & Inference
Observation & Inference
Observation & Inference
Scientific Observations and Inferences
Observation & Inference
Observation & Inference
What is 8th Grade Science
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observations & Inferences
Day 1.
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observations vs. Inferences
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Put the following 2 definitions into “Four Square Diagram Form”
Science 9 Ms. O’Keefe/Ms. Booth Rm 10.
Observation & Inference
Observation & Inference
Mystery Footprints Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Observation & Inference
Presentation transcript:

FIRST: SITTING IN YOUR ASSIGNED SEATS – NOT WALKING AROUND THE ROOM WORKING ON SOMETHING HAVING YOUR BLUE CARD OUT AND ON YOUR DESK.

 How do scientists perform experiments and why is it important they follow these steps?  Brainstorm first then construct your sentences 4 minutes! WRITTEN RESPONSE – APRIL 24

WARM UP - BRAINSTORMING  SCIENTIFIC METHOD= purpose, research, hypothesis, experiment, analysis (data / results), conclusion  Logical order for scientists to follow  Allows for scientists to be confident with their results

WRITTEN RESPONSE - SENTENCES  Scientists perform experiments and conduct research to find out more about the world around them. Scientists have developed a way to conduct experiments known as the scientific method. The scientific method has many steps including purpose, research, hypothesis, experiment, analysis and conclusion. It is important scientists follow the scientific method because it provides them with a series of clear, logical steps. When scientists follow the scientific method they can be sure their results are true and repeatable.

HOUSEKEEPING / ANNOUNCEMENTS  It’s EOG Review Time!  Quiz on biomes and plant adaptations – Monday April 28th

TODAY’S EOG FOCUS Scientific Method Observations quantitative qualitative Inferences

SCIENTIFIC PROCESS VIDEO  studyjams/jams/ science/scientifi c- inquiry/scientific -methods.htm studyjams/jams/ science/scientifi c- inquiry/scientific -methods.htm

ALPHABET OF SCIENCE BOOKLET  Letter A  Letter B  Letter A

WRITE THIS DOWN IF YOU FORGOT!!  Scientific Method Steps and Definitions:  1. Purpose: State the problem  2. Research: find out about the topic  3. Hypothesis: predict the outcome to the problem.

WRITE THIS DOWN IF YOU FORGOT!!  4. Experiment: develop a procedure to test the hypothesis  5. Analysis: record the results of the experiment  6. Conclusion: compare the hypothesis to the experiment’s conclusion.

WRITE THIS DOWN IF YOU FORGOT!!  OBSERVATIONS:  Any information collected with the senses.  SightSmell  TasteTouch  Hearing

WRITE THIS DOWN IF YOU FORGOT!!  Two types of observations:  Qualitative  Quantitative

QUALITATIVE Qualitative: describes something that can be observed but not measured.  smells like fresh baked cookies  tastes bitter  red sunset

QUANTITATIVE  It is measureable or countable  3 meters long  4 marbles  the quantity of something (can be a length, a weight, a temperature)  Think: QuaNtitative: N = Numbers

INFERENCE  Inference: Conclusions you make based on your different observations  observation + observation  make inference

INFERENCE PRACTICE:  Observations: I hear loud engines I smell coffee and muffins I see large computer screens I see a lot of people in line with suitcases  Inference = ?  Now, turn and talk with your partner

VOLUNTEERS????

AIRPORT TERMINAL

PAPER AIRPLANES ACTIVITY  You will now do an activity in which you will create your own paper airplane  Throughout this process you will be using the scientific method and making observations and inferences  Good Luck!  Handout with airplane directions  CLASS SET – DO NOT WRITE ON