Let Me Tell You My Idea About That! Empowering Students’ to Make Their Thinking Visible (A), 4/8/2020
- Shared screen with speaker view

01:13:09
Hello from Berlin MD!

01:13:10
Hello from Huntington, WV. Just had our first case of Covid-19 here in Wayne county. :(

01:13:13
Hello from Newark, Delaware!

01:13:15
Hello Everyone

01:13:48
Hello from Newark, NJ

01:13:49
How many of these webinars are available?

01:13:55
This webinar is a continuation of last week’s. We're going to look back to look forward

01:14:07
hello from north new jersey

01:14:22
Hello from Irvington, NJ

01:14:33
There are 3 webinars in this series. You can access last weeks recording in the learning center.

01:14:46
Hello from Nashville, TN!

01:14:49
when is the next one in the series?

01:14:57
can we still register for it?

01:15:09
Hello from Irvington, NJ

01:15:09
Hello from Naples

01:15:16
Who is talking?

01:15:22
Hello from Cali, Colombia!

01:15:23
Next Webinar will be next Wednesday at noon and repeated at 7 pm EST

01:15:37
Kate Soriano is talking.

01:15:38
E

01:15:40
Hi, from Florida International University

01:15:40
A

01:15:41
A and E

01:15:43
E

01:15:44
DE

01:15:46
B

01:15:46
b

01:15:48
E

01:15:49
b

01:15:55
B

01:15:56
Here is the page with all of our upcoming seminars and registrations. https://learningcenter.nsta.org/webseminars/

01:16:01
B

01:16:04
c

01:16:07
A

01:16:08
5th grade...in a middle school

01:16:09
E

01:16:10
E

01:16:11
A

01:16:12
You can still register for next week’s webinar.

01:16:12
A & E

01:16:12
a

01:16:12
a

01:16:13
A,E

01:16:13
A

01:16:13
I teach prek tk

01:16:15
The next one in this series is April 15 and then again on April 29

01:16:15
Informal Education

01:16:21
6th grade scienc

01:16:25
B

01:16:28
A and E

01:16:38
I'm a tutor in STEM subjects for K-12.

01:16:44
Pre-school-3rd grade pre-service teachers

01:16:46
b

01:16:47
Informal education for mostly elementary ages!

01:16:55
it kept glitching on my end- A- 1st

01:16:57
Informal Education

01:18:33
Informal Education for four year college level

01:19:37
HI Everyone

01:19:48
Collection link: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:20:30
I have no sound

01:20:33
The handout is number 2 in the collection

01:20:41
How do we obtain a handout?

01:20:55
Handouts and slides are in this collection: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:21:41
Thank you, Megan!

01:24:18
Is the webinar she is referring to from last week available as a recording?

01:24:19
No sound still :/

01:24:37
Last week's recording can be found here: https://zoom.us/rec/share/9MhxBJvNrmVLQKvW1mqGYKknHZWmX6a8gSMYr_IPnUt1IhH-t75XA-Ub4MkNuvZu?startTime=1585756819000

01:24:39
Yes, go to the learning center for the recording.

01:24:46
Thank you!!!

01:24:53
Amanda check the sound on your computer or bluetooth device

01:25:07
Amanda, you may need to sign out and back in.

01:26:14
Collections: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:26:25
Can you let us know where we can get the other 2 webinars in this series?

01:26:35
https://learningcenter.nsta.org/webseminars/

01:26:47
How can we construct the knowledge by students in virtual classroom?

01:26:52
I am an EL Sheltered Biology Teacher. I am interested in learning more about accessibility to the NGSS.

01:27:05
Thank you!!

01:27:10
Thank you!

01:27:12
Where can I find activities for K-5 focused on Earth Science that are NOT tech. dependent?

01:27:49
I kind of got lost in exactly what is sense making. Is it when we try to get the students to understand and make sense of something to be able to explain it in their own words

01:27:52
Maybe try TeachEngineering.com for more hands-on, at-home activities to conduct physical learning for earth and science.

01:28:22
It has activities for every science discipline!

01:28:37
Thank you Katherine!

01:29:15
Randi, go to NGSS.NSTA for a curated collection of activities organized by grade bands and disciplines.

01:29:19
Samantha--what she's describing now is further description of sense making. It's the utilization of the three-dimensions, together, in order to understand phenomena.

01:29:31
If you search the database on betterlesson, there are some good ones too

01:30:02
nextgenstorylines.com has a nice storyline for 5th grade.

01:30:05
hi Dustin 🤩

01:30:25
Yay, I have sound now. Had to restart my computer…ugh

01:31:13
Great, Amanda. This is being recorded so you can get what you missed later.

01:31:17
Thank you Rae

01:31:48
Randi - I do a lot with non tech earth science for the younger kids. email me if you want alowrynews1@yahoo.com

01:32:13
Terrain, go to nsta.org and check out the Daily Do. There are terrific examples of lessons designed for online and/or at home learning.

01:33:03
Good Afternoon Ashlyn!

01:33:06
Terun not Terrain. Didn’t know there was spell check in chat!

01:33:19
Thanks everyone!

01:33:25
Rachel A--The NGSS standards and this idea of sensemaking provides all students including ELs access to science.

01:33:45
There is an NSTA webinar next Tuesday on Online/Du\Distance Learning

01:34:17
FOSSweb is now accessible to all now too. They have free Home/School Connection activities across grade bands and disciplines. www.fossweb.com

01:34:25
Thanks, I really need help with this!

01:34:40
Thanks, Randi!

01:34:42
Thanks for sharing everyone!

01:34:51
Love how this supports students’ metacognitive processing

01:34:56
I like this chart

01:34:56
Thank you!

01:35:05
LOve it

01:35:05
Kathleen- sign up for our Teacher Tips Tuesday webinar next Tuesday!

01:35:07
Love this!

01:35:45
Can you go back one slide for a second

01:36:10
Randi- the slides are available in the collection

01:36:16
Slides can be found here, labeled number one: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:36:20
I would like to see the KLEWS chart again

01:36:27
Yeah, I'd love to see the KLEWS chart again as well.

01:36:51
https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:37:07
Here's where you can find all of the resources from this webinar!

01:37:23
Someone else kindly shared this link with me in the chat above.

01:37:25
Thank you!

01:37:39
inclusive

01:37:41
KLEWS isn’t on the collection but you can find it if you google it!

01:37:50
https://www.nsta.org/publications/news/story.aspx?id=51519--- on Klews chart

01:37:51
how diff abled people exp the world

01:37:56
I can type it out and copy and paste it

01:38:03
The KLEWS chart is in the slides posted. :-)

01:38:10
If I were an elementary student I would wonder how using feet enable one to hear music.

01:38:14
Chart is in the slides: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

01:38:35
Children would wonder how her feet help her hear.

01:38:55
Sorry, I don't know how to change my name. I'm Stacy.

01:38:57
I'm pretty sure I'm related to her... hmmm

01:39:10
KLEWS ChartK-What do we think we knowL-What are we learningE-Evidence from the dataW-WonderingsS-Science concepts and words

01:39:48
the vibrations of the instruments

01:39:50
Vibrations maybe?

01:39:51
the vibrations

01:39:51
Vibrations

01:39:52
vibrations

01:39:54
vibrations

01:39:54
Vibrations

01:39:55
Through vibrations

01:39:55
Evelyn feels the vibrations in her feet.

01:39:56
vibrations

01:39:56
vibrations

01:39:57
Vibrations of the music through the ground

01:39:57
Vibrations

01:39:57
Vibrations

01:39:58
vibrations

01:39:58
She feels sound vibrations with her feet. :)

01:39:58
She hears herself through feeling through her feet and hands.

01:39:59
Feels the vibrations

01:40:00
Through the vibrations of the music that goes through her feet

01:40:01
Does she hear by feeling the vibrations?

01:40:01
feels the vibrations

01:40:02
Vibrations through her feet

01:40:02
vibrations

01:40:02
Vibrations from the instruments can be felt by her skin not just her ears

01:40:03
She feels the vibrations

01:40:04
She feels the rumble in the floor

01:40:04
she can feel vibrations

01:40:04
Evelyn hears with vibrations

01:40:05
vibrations in the feet

01:40:06
The ground move.

01:40:06
I think we can sometimes feel sounds--when a car thumps its stereo I can feel it

01:40:08
From an elementary student: "booms" in the ground

01:40:08
ears

01:40:08
through the vibrations or feeling her feet

01:40:09
Sensation

01:40:10
Her feet feel the drums move!

01:40:10
feel it in my chest

01:40:10
feeling the vibrations in the floor

01:40:11
sound waves

01:40:11
sound waves

01:40:12
Movement

01:40:12
Evelyn might use here eyes like she did with Oscar reading lips?

01:40:13
She can feel the sound waves

01:40:13
she can feel the vibrations

01:40:14
movement

01:40:14
the sound waves and movement

01:40:14
Movement

01:40:15
the buzzing feeling you feel when something moves fast

01:40:15
vibration

01:40:16
feel it

01:40:16
sound waves carried through the floor

01:40:16
I was wondering if she planted her feet on the legs of the drum.

01:40:17
The floor must move

01:40:18
movement

01:40:18
The sound waves of the music.

01:40:18
vibrations are wiggly movements

01:40:18
the buzzy bit ust like I feel when my hand on my throat when I talk

01:40:19
she can hear vibrations on her feet she can feel it in her body

01:40:19
waves

01:40:19
How is she feeling the sound

01:40:20
Can you feel the sound with your skin?

01:40:20
shaking, moving of floor, movement

01:40:20
she can feel the music and sound

01:40:20
the vibrations (moving back and forth of sound waves) from the instruments travel

01:40:20
Vibration means the matter shaking after being hit with the sound waves

01:40:21
my students would want to try using their feet to figure it out

01:40:21
Vibrations from the sound waves

01:40:22
She feels the beats in their feet

01:40:23
when something moves back and forth really fast

01:40:25
Would she feel something moving under her feet.

01:40:26
sound waves

01:40:26
She feels the vibrations of sound through her feet

01:40:26
You can feel a vibration in your body

01:40:27
why was Evelyn not wearing shoes?

01:40:27
like how an opera singer can shatter a glass?

01:40:28
It is like when you feel close to a speaker. You feel it move in your body.

01:40:28
feeling in her bones of her feet

01:40:30
The drums make the vibration when she hits it

01:40:30
Feeling the movement. Muscle memory from playing for a long time

01:40:30
I bet the different instruments touch her feet in different ways.

01:40:31
or when the salt moves on the drum

01:40:33
feet can feel the movements

01:40:34
The floorboards

01:40:37
The drum is buzzing!

01:40:37
The beat

01:40:40
the floor

01:40:40
the floorboards are moving

01:40:42
feel the sound vibrations

01:40:43
And then, how does that movement travel through my body?

01:40:44
the beat

01:40:44
bumps in the air?

01:40:45
The drum sits on the ground and the sound makes the ground move.

01:40:45
She has to hit it to make the vibrations

01:40:49
beats in the ground

01:40:51
she feels matter moving and vibrating through her feet

01:40:51
MUsic is about vibrations she feels the vibrations with her feet. Beethoven was deaf could not hear towards the end of his lifs and as he was composing music

01:40:52
floor

01:40:52
What are sound waves and how can we feel them

01:40:57
The vibrations transfer to the ground

01:41:00
rhythm felt on the ground

01:41:05
Her feet can feel the vibrations

01:41:24
She may not hear the other musicians but she reads the music sheet and sees the directors hands

01:41:30
Here is a link to a KLEWS Bulletin Board Hearders https://drive.google.com/file/d/13RZ9x1isO8NvIP8Vwq5bH8XcEksuScDH/view?usp=sharing

01:41:53
Her feet, something moving, touching

01:41:59
drums, air, feet, body

01:42:25
When you speak of science as a process, part of the process is students gaining the traditional knowledge (the down arrow), but in sense making is it that you want to engage students in greater inquiry based learning? So now we go into these higher order thinking processes. And is it that teachers also have to make sure to incorporate scaffolding techniques as part of their role as a Guide to assist in sense making?

01:42:31
drawing lines up and down for big sounds and little sounds?

01:42:32
Model picture: drum, arrows showing waves of sound, arrows go towards floor and feet,

01:42:33
NSTA Science and Children Feb 2015 content/uploads/2019/03/KLEWS-science.pdf

01:42:37
Some type of energy (wave) moving from the drum to her feet as she hits the drum

01:42:55
Drum, drumsticks, sound, vibrations, feet, brain. arrows from drum down to her feet, then up her body to her brain.

01:43:02
Like something is touching the ferry and going away. Like an oscillation

01:43:05
foot,floor,air, arrows from sound location to the foot

01:43:12
also vibrations travelling through her fingers and hands to her arms and up

01:43:14
instrument touching the ground, sound energy in the form of vibrations and feet

01:43:20
like invisable waves or movements of air?

01:43:20
drumstick, drum, stand, floor and foot all connected through movement of waves

01:43:26
I'm wondering if any group of children will trying talking to the feet by putting their faces right up to someone's feet!

01:43:28
Vibrations

01:43:33
a person surrounded with some kind of waves (like wifi symbol)

01:43:34
What do we think kids who don't know what vibrations are would draw though?

01:43:35
She needs a "slicky floor to feel"

01:43:39
Feet, brain

01:43:39
the vibration of the musical instruments first and then those vibration going through the floor to her feet and then she makes her own vibrations by hitting her instruments and causing vibrations to be sent out and mix with the other vibrations creating music

01:43:46
Drum, floor, stand, and feet

01:43:53
Each one has a different sound

01:43:59
energy transfer, drum, medium, vibration, feet, pattern

01:43:59
But at this point does it matter if the models are wrong?

01:44:12
Draw the scene from above, as though you were a bird looking down.

01:44:16
I think of cartoon thought bubbles coming from the floor

01:44:16
EJ so true, that's basically my model!

01:44:17
Instead of waves they might just draw lines like you would see in a cartoon

01:44:23
Draw arrows between parts to show flow of vibrations

01:44:24
motion lines

01:44:31
waves

01:44:35
vibrations and squiggly lines traveling down the drum and up the feet.

01:44:35
the drum stand

01:44:36
The original sound coming from the instrument and her feet

01:44:39
showing "loud" and "soft" and rhythm

01:44:39
Her feet feeling the movements of the floor.

01:44:41
Drum sounds the air moving air molecules and bumping into her feet.

01:44:42
I drew wifi-like waves coming from all of the places around the drum

01:44:46
waves moving from instrument to floor in different ways

01:44:47
waves

01:44:47
Something is going from one part to another

01:44:47
Feeling the vibrations on the floor

01:44:48
arrows

01:44:49
Floor giving sound and feet receiving the sound

01:44:50
arrows pointing to the feet and as the person played the drum the feet felt a vibration

01:44:51
curved line going outward

01:44:51
xylophone, mallets, stand, floor, feet, nerves, brain, sound waves, arrows showing direction of movement from

01:44:51
kind of like quotes around her feet

01:44:52
lines

01:44:53
Evelyn was watching Oscar and anticipating movement, at the same time was feeling with her feet. The arrows show movement up her leg to her head.

01:44:56
We saw a lot of percussion instruments in the videos. I think students that do not have an understanding of sound vibrations will have an initial misconception that she feels the sound from the impact with the instruments

01:44:58
Arrows represent soundmoving

01:45:00
transfer of energy

01:45:00
Show movement of sound

01:45:02
The movement of the sound

01:45:03
Show the direction of the sound traveling

01:45:03
Energy

01:45:04
lots of small lines

01:45:05
the movement of the sound

01:45:05
arrows show the vibrational movement

01:45:06
Parenthesis

01:45:07
sound energy

01:45:08
concentric circles , ever larger

01:45:09
In between the instrument and her feet I have wavy lines

01:45:10
lines

01:45:12
The arrows show a line from Oscar to her eyes.

01:45:13
waves

01:45:15
arrows up and down showing movement of waves

01:45:15
energy

01:45:20
waves like wifi symbol

01:45:27
Person striking the drum, squiggly line from the drum down to ground to feet with arrows showing path, squiggly lines with arrows to the molecules of air in all dirctions.

01:45:31
By arrow, may be by colour change

01:45:36
starts with drum ends at feet

01:45:42
I think the idea is to find the beginning of good Science ideas that we can build on--not to have the perfect model.

01:45:43
showing how the vibrations travel down the drum stand to the floor to the feet. using the symbol for sound waves

01:45:53
Gotta have it checklist for model?

01:45:57
Arrows in different directions from the instruments to the objects around

01:45:58
good comment Kris

01:45:59
This is very similar to the OpenSciEd sound unit, which is an amazing curriculum

01:46:14
yes its aligned with openscied

01:46:16
Yes, and since their models aren't perfect, it is still a reflection of authentic scientific models because they too are not perfect!

01:46:43
kinetic energy of hand transferred to drumstick, air under drum starts vibrating, energy moves to ground from where it is transferred to feet

01:46:45
Can teach them science is tentative and always developing and growing like us as students

01:46:59
agreed Katherine and then class consensus modeling is so powerful

01:47:03
Great question, sometimes getting started is the hardest part for my 6th graders.

01:48:07
Yes JC it’s hard not to give them too much or too little information

01:48:41
May need to use gradual release method if they haven't had much experience with making models

01:48:42
Showing some wave kind of things like)))))

01:49:09
That’s exactly what I used!

01:49:28
KLEWS ChartK-What do we think we knowL-What are we learningE-Evidence from the dataW-WonderingsS-Science concepts and words

01:49:34
The principal is very simple – any sound can be approximated by adding other sounds (or waveforms) together. The more sounds you add together, the more complex and (if the individual sounds/waveforms are correct) realistic is the final result.

01:49:47
Because there was oscillation on the speaker so new representation like )))))

01:50:26
How do you suggest we deal with misconceptions that children want to put on the K(know section) of the chart?

01:51:09
It is completely okay if their initial models are not accurate. Notice that the students will keep revisiting their models and revising them as they gain knowledge and most important, understanding of the concept.

01:51:20
I would say with misconceptions to write them in, and as the students are learning, cross them off or change them.

01:51:54
Yes, good idea, Brittany. At the end of the activity, as an informal summative assessment, have students alter their K section.

01:52:03
I was cut off from the webinar for few minutes due to power outage and where can I find the recording?

01:52:04
Having them write down their misconceptions can be huge for changing them

01:52:11
nice comment Brittany

01:52:21
Jen, I would suggest that students don't have misconceptions, but incomplete understandings. It's through sense-making, continuing to answer questions and the further investigations provides deeper understanding and the "misconceptions" are clarified.

01:52:31
The recording will be emailed out to everyone who is registered in the next few days

01:52:39
thank you

01:52:54
Do we add these misconception to the chart and come back to revise later?

01:52:58
This lesson is awesome and I think I can use it in 6th grade as well.

01:53:06
Jen, yes

01:53:30
Look at OpenSciEd unit on Sound - its a free downloadable unit

01:53:34
I like the phrase incomplete understandings, especially for my crew

01:53:36
It is always better for the students to "correct" their own misconceptions rather than the teacher just correcting them at the beginning.

01:53:36
When there are many misconceptions in class, how should those be handled in classroom which has 50 students?

01:53:37
Great question

01:53:42
I love all of these ideas, and I suspect I know the answer to my question. What would you do if your classroom format was 28 kids, once per week for 45 minutes (elementary Science Lab)?

01:53:43
Allow all thoughts from all students to be contributed

01:54:02
@ Rae. Page Keeley has an article about that thought about misconceptions

01:54:07
Tarun, a lot of students will end up sharing the same misconceptions

01:54:09
Wow, Tarun where do you teach?

01:54:31
Modeling will be great for my EL classroom!

01:54:37
@Kathleen thanks India

01:54:45
Arlene—Do you have a link to that article?

01:54:53
At that point, if there are 50 misconceptions, have students in flexible grouping to allow students to learn from one another as they work through the activity

01:54:55
That is a big class. I don’t feel so bad now with only 30.

01:55:06
Stacy I think you could still do this, but incorporate a looking back looking forward routine between lessons— what did we wonder about last week? What did we figure out? What are we still wondering about— then launch into today’s lesson

01:55:20
You can always look to investigate the misconception

01:55:40
Very true, Daniel! Use it as a learning opp for a research project of sorts

01:55:42
With each unit I have my students complete a summary. where they are looking at their essential question, but writing what they learned and how it relates to the question. That is huge, because we eventually go over it and it allows students to have the correct information and usually automatically addresses any misinformation.

01:55:44
Having a discrepant event demo can help with incomplete understandings.

01:56:24
There are lots of lists of these in every discipline, short things that students will usually make predictions in the wrong direction then have to correct themselves

01:56:38
Brittany that's great and also powerful to do a class wall chart to track the learning and build

01:56:44
@Kathleen thanks but still if there are 10 Misconceptions then also it is very difficult to handle when there is a time constraint. How should we handle that?

01:59:26
How do we deal with misconceptions for which gathering evidence/ investigation is not so straight forward (it is not a observable phenomenon)

01:59:34
What is AAAS?

01:59:49
AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE

02:00:03
Thanks for everyone's insights into misconceptions!

02:00:29
Tarun you may need to question those 10 separately to help them with understandings

02:00:50
@Trish Thanks, KLEWS idea is good atleast to capture

02:00:52
Is there a pdf of this slide (phen-driven instr) or a planning document?

02:01:13
All slides as a PDF are in the collection: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

02:01:26
thx!

02:01:40
I find that the QFT process is a great way to have the students make questions

02:02:20
What is QFT?

02:02:23
I have to leave soon is there a link to the survey. I have enjoyed the webinar and would like to share my feelings about the webinar.

02:02:34
Question Formation technique

02:02:49
James - please send an email to learningcenterhelp@nsta.org for help with the survey

02:02:54
Yes, QFT is a great way to introduce phenomena

02:03:09
I agree Kathleen.

02:03:19
Question Formulation Technique

02:03:32
See https://rightquestion.org/what-is-the-qft/

02:03:33
Is there any particular article on QFT for teachers that you would recommend?

02:03:38
would like to know more about QFT

02:03:49
https://rightquestion.org/what-is-the-qft/

02:03:57
There is a ton of stuff on the internet

02:03:58
Would that be like using a driving question board?

02:04:07
More structured

02:04:10
Also, a great book for more details about visible learning for science is "Visible Learning for Science" by Almarode, Fisher, Frey, & Hattie. Read it for my methods class for my M.Ed. program.

02:04:11
Thanks @meganb

02:04:29
https://rightquestion.org/education/

02:04:36
https://rightquestion.org/what-is-the-qft/

02:05:23
Thank you. :)

02:05:32
I use QFT at the beginning of a unit after showing phenomena. Students put their questions on anchor charts. Then we revisit during the unit..especially when we review unit test.

02:05:49
one thing I always start with is “what do you notice?” and this lets ELL students or students at a lower learning level say just a color or a shape

02:05:57
Yeah its great

02:07:20
A

02:07:21
A

02:07:23
A

02:07:25
A

02:07:29
a

02:07:30
a

02:07:33
A

02:07:36
A

02:07:43
A.

02:07:49
A

02:07:52
b

02:07:58
A

02:08:01
A

02:08:03
I really don't know

02:09:29
Tarun, the lesson sequence can provide opportunities for students to analyze data (that they've collected or from another source) to find evidence relevant to their claim. If they can't find it, that is the beginnings of students letting go of ideas they are holding tightly to, or shifting their thinking (building on partial understandings).

02:09:48
Sorry, which was the correct answer?

02:10:13
I didn't see the question-was still taking notes

02:10:32
My students struggle with giving evidence where they feel like the data they collected is more black and white.

02:11:23
Alison, would you share what you mean by finding evidence from black and white data?

02:11:34
Do you have specific language you would use to explain this to lower elementary?

02:11:41
I like this idea because this is one of the topics (data) that I am going to do with my students while we are doing home schooling.

02:12:05
Why not focus on a hypothesis driven? I came from being a bench scientist and not seeing a sound reasoning with using hypotheses.

02:12:44
Sure, when recording data the experiment sort of gives my students yes or no answers however, the evidence is a higher level of understanding what the data is showing you.

02:13:14
I have a department meeting I have to leave for :(

02:13:20
Stacy, in the Framework for K-12 Science Education, students use the language of data and evidence from K to 12

02:13:30
Thanks Kate!

02:13:39
NP!

02:13:40
I love this graphic organizer!

02:13:42
https://www.modelteaching.com/education-articles/writing-instruction/claim-evidence-reasoning-cer

02:13:46
Can I get a copy of this?

02:13:46
the arrows

02:13:50
NO HYPOTHESIS

02:13:53
Arrows are helpful

02:13:54
Reasoning is the link between evidence and claim

02:13:54
evidence before claim

02:13:56
the reasoning is a bridge between the other two

02:13:57
The arrow directions

02:13:57
It's backwards design

02:13:59
size of the arrows is different

02:13:59
Reasoning points in between Claim and Evidence

02:14:01
Love that reasoning isn’t by itself

02:14:01
Kathleen, we can add this to the collection.

02:14:01
I like the flow and clarity for students - easy to understand with a discusssion

02:14:03
data to evidence to claim through reasoning

02:14:03
the order

02:14:05
Arrows show relationships

02:14:06
The reasoning connects the evidence back to the claim

02:14:08
arrows and reasoning

02:14:10
the arrows

02:14:11
claim comes from evidence and reasoning comes from a combo of the two

02:14:11
reasoning supports the evidence and claim

02:14:11
Claims are comprised of reasoning and evidence.

02:14:12
arrow run contrary to linear thought

02:14:12
the order

02:14:15
It seems like reasoning should include acknowledgment of contradictory data and why that doesn't negate the claim

02:14:17
The evidence supports the claim. The reasoning explains the claim by using evidence

02:14:19
Reasoning connects claim to the evidence AND the claim

02:14:38
Thanks for explaining this!

02:14:49
The reasoning explains how my evidence backs up my claim

02:14:50
https://www.dvusd.org/cms/lib/az01901092/centricity/domain/5849/cer.pdf

02:15:02
Yes for a lot of students the reasoning is just an afterthought that gets short attention

02:15:42
I love the "My Dad is a Space Alien" example!

02:16:00
I also use the space alien example. Students love it!

02:16:14
My students always struggle with the reasoning

02:16:23
I used that one this year and. The kids loved it

02:16:27
The model teaching has great graphic organizers too. I shared the link above

02:17:11
In my students’ labs, their data is separate. When they do the CER, their Evidence includes the cross cutting concepts to describe their data

02:17:11
Anna--I agree with you!

02:17:12
Thanks for sharing

02:17:22
The air

02:17:50
Love this! Simple, but powerful!

02:17:52
Sorry I have to leave this fantastic webinar....have a school meeting.

02:17:56
Thanks everyone

02:18:59
Please leave your cameras off for the duration of the seminar - thank you!

02:19:46
I, too, need to leave. And, I further pass along my appreciation for your work and presentation.

02:19:47
Patterns:

02:20:04
A pattern I observe is that the mass only goes up when it has both light and water

02:20:08
A pattern I observe is...that with water the seeds sprout.

02:20:11
what causes the extra .13 grams if mass to happen?

02:20:12
Under condition of light and water the plant gains mass but under the condition of water and no light, the plant actually loses mass.

02:20:13
A Pattern that I observe is that the seeds that lacked something had less biomass.

02:20:13
A pattern I observe is…without light, the biomass goes down

02:20:15
The pattern I observe is light is needed.

02:20:17
I pattern I noticed, nothing happened without water or light. Everything needs water

02:20:19
What are the components of the system? light, water, seeds

02:20:20
I observed that the different conditions resulted in a different biomass.

02:20:20
I observe that the plants on the right are light green vs dark green in the middle.

02:20:21
observation observed

02:20:21
seeds sprouting and dying after sometime. Life cycle of plant

02:20:22
A pattern I observed is the sample with light and water had more mass than the other two test samples

02:20:22
Why does this happen? (it is the only why question, all of the others are basic what type questions).

02:20:23
A pattern I observe is that with wáter there is not gain in biomass

02:20:24
What are the components of the system? 1.5 g of seeds, light, water, and product

02:20:24
A pattern I observe is that light and water effect the plants mass

02:20:25
Light and water causes more mass

02:20:25
A pattern I observe is that there was more biomass with light when there was no light

02:20:25
The pattern that I observe is that seeds without light lost mass.

02:20:25
What causes growth to happen? Under water, there is growth

02:20:26
What causes a reduction in mass without light to happen

02:20:29
photosynthesis causes growth

02:20:29
What causes the seeds to sprout?

02:20:30
light and water make the pants bigger

02:20:30
A pattern I observe is that mass increases with light and water

02:20:33
I pattern I observe is: the only one that gained biomass is the one that had substantial growth

02:20:35
A pattern I observe is that mass decreases as light and water are taken away

02:20:36
A pattern I observe is...with less light and water results in less biomass

02:20:37
a pattern that I observe is the ones with loght and water had the most

02:20:38
A pattern I observe is when light and water are present there is more growth

02:20:40
Systems and system models: What are the components of the system? Under the conditions of Light - Water - Seeds - Air

02:20:40
A pattern I observed is the only way the seeds grow is with both light and water and not just only one of them

02:20:40
the pattern is how water and light is needed

02:20:41
A pattern is observe is that biomass was lost without light.

02:20:42
I observed that you need light for growth

02:20:42
How do your observations about each condition compare? I notice that light/no water weighs 1.46 grams, light/water is 1.63 g, and no light/water is 1.20 grams

02:20:45
what causes a change in mass to happen?

02:20:46
A pattern I observe is that light is essential

02:20:46
Brittany, students are novice and need scaffolding. Consider building explanations together using evidence from class data. Then say, now I want you to construct an explanation using your data. You might consider using sentence starters as well.

02:20:46
This happens because the plant needs both light and water to fully grow. It cannot survive without one or the other.

02:20:48
a pattern i observe is with light it grows without it its dies

02:20:49
A ppatern I observe is that when only water is administered to plants, they have lighter colored leaves.

02:20:50
A pattern I see is that without both water and light, a sprout cannot gorw.

02:20:53
A pattern I observed is that both water and light is needed.

02:20:55
The seeds on the left have a different #value than on the right.

02:20:57
A pattern I observe is the seeds without light or without light & water have a lower mass.

02:21:02
This happened because the water is still present.

02:21:04
A pattern I observe is that water did not affect the biomass.

02:21:04
What is the difference between the blue and green questions again?

02:21:07
The no light causes biomass not to grow as much

02:21:11
what causes------ to happen? i think light and water has to do somthing with biomass

02:21:12
I meant you need water for growth

02:21:13
Light and no water and no light, water are different because the one with water actually lost mass.

02:21:13
the plants need light and water to grow

02:21:21
I observe that during the light no water there was a loss of mass (.04) . L

02:21:24
A pattern I observed is with no water, the seeds don't grow into plants. However, Both plates that recieved water, seed grew.

02:21:29
the radishes in the middle are different than the ones on the right because the are larger and greener

02:21:31
Collection: https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

02:21:35
The pattern I observed is water makes plant green and grow

02:21:43
I observed that for the plant in the middle mass is the highest. a plant to grow it needs both water and light

02:21:48
The pattern I see that when sunlight is not there mass has decreased

02:21:55
Blue = practices, Green = crosscutting concepts

02:21:59
I wonder why there is less mass after the time with no light and wáter even though growth is obvious

02:22:25
A pattern I observe is the mass of plants is dependent on both water and light exposure.

02:25:31
What is the reason that both light and water increase mass and only water with no light decreases mass.

02:25:55
When is the webinar on distance learning?

02:26:09
once students become accustomed to the practice of the cycle of individual then small group then revision process; how do you encourage students to engage in the alone zone initially who opt to only work in collaborative environments

02:27:14
Jeannine I have the opposite problem sometimes which is kids that don’t want to collaborate

02:27:16
Thank you!

02:27:19
So, in this CER, the claim becomes more of a conclusion and answer to the essential question? The students don't generate a predictive claim?

02:27:19
Thank you! Awesome seminar.

02:27:24
Thanks so much!

02:27:25
Thank you!

02:27:27
Jeannine, for some the Alone Zone is a little scary. You can scaffold their task in the alone zone, too. It's new for students and requires practice.

02:27:28
Thank you

02:27:30
Jeannine for those kids try a mini step to think pair share before alone zone

02:27:31
This was fantastic! Thank you so much!

02:27:31
Thank you. Great webinar

02:27:40
Thank you!

02:27:40
Thank you

02:27:41
Thanks Trish and Kate!

02:27:42
Thanks.. really nice and useful seminar!

02:27:43
Thank you! This was great!

02:27:43
How can we make the students make the connections with the work we do and their ideas. My students tend to just focus on the day to day

02:27:44
What are the different ways to scaffolding?

02:27:45
Thank you for all of the information.

02:27:45
thank you!

02:27:46
Thank you.

02:27:47
Thank you!!

02:27:47
Thank you

02:27:48
Thank you!

02:27:48
THank you!

02:27:48
thank you!

02:27:49
Thank you so much!

02:27:51
Thank you! Very informative.

02:27:51
Thank you!

02:27:51
Thank you. This was very helpful!

02:27:52
thank you!

02:27:52
https://learningcenter.nsta.org/mylibrary/collection.aspx?id=RysMO9N9i8M_E

02:27:53
Thank you!

02:27:53
Thank you!

02:27:53
Thank you

02:27:54
Thank You!

02:27:54
Thanks!

02:27:54
thank you

02:27:55
thank you!!!!!!!!!

02:27:55
Thank you! : )

02:27:55
thanks

02:27:55
Thank You So Much!

02:27:55
Thanks for all you do!

02:27:56
Thanks so much!

02:27:56
Thank you! This was great help for CER

02:27:57
Thank you!

02:27:57
Thank you....Great Presentation!

02:27:57
Thank you!

02:27:58
Thank you, this is such great information!

02:28:00
thank you!!!

02:28:00
Thank you!!

02:28:02
Thank You!

02:28:03
Thank you so much Tricia and Kate, time well spent!

02:28:03
thanks for some great resources

02:28:04
Thank you!!

02:28:07
thank you

02:28:07
Rachel- I have been to several trainings on CER, and have never heard of students making one as a prediction. It is always done at the end

02:28:08
thank you all for joining NSTAs webinar wednesday!

02:28:08
thank you !

02:28:08
Thank you!

02:28:09
such great information!!

02:28:10
Thank you…

02:28:12
Thank you!

02:28:13
Thank you

02:28:14
Where is the survey?

02:28:15
Appreciate you - please stay healthy & safe

02:28:20
Thank you. It was interesting and I'm anxious to try your suggestions.

02:28:22
Thank you everyone!

02:28:23
Thank you!

02:28:25
Love the Daily Do

02:28:28
Thank you for your time. I learned a lot today.

02:28:31
Survey will come soon.

02:28:35
Thank you!!How do we access last week’s seminar?

02:28:35
thank you will receive a certificate

02:28:38
Where can I find the survey which emails me a certificate?

02:28:54
Yes! The Daily Do resource is AWESOME! Thank you!!!

02:28:59
Kathleen, collaboration needs scaffolding to! STEM Teaching Tools Partner Conversation supports are a great resource. I can add it to the collection.