43 Hopscotch programs – March 30, 2014.

Here’s in one location a list of many of my Hopscotch programs.  You can see the programs on any devices and it can of course be downloaded on an iPad with Hopscotch.

1- Waves:  http://hop.sc/19oR5xT

2- Keyboards: http://hop.sc/1ky01W3

3- Parts of a plant: http://hop.sc/L6cW3u

4- Moi, j’aime coder: http://hop.sc/1eH3Ylr   (written by one of my students)

5- Reflections: http://hop.sc/1psYp1m

6- Square loop: http://hop.sc/1dSCnkW

7- Word art: http://hop.sc/1pt0Scb

8- Malala: http://hop.sc/Qv863w

9- Super stars: http://hop.sc/Qv7T0n

10- Evolution: http://hop.sc/1mR6nDz

11- Eye in the sky: http://hop.sc/MpD0aV

12- Evolution of the telephones: http://hop.sc/Qv7Hhx

13- Loose weight: http://hop.sc/Qv7lrj

14- Hurricane: http://hop.sc/1hsAcE2

15- Tree: http://hop.sc/1ftsN79

16- Algae house: http://hop.sc/JSEb1g

17- Photosynthesis:  http://hop.sc/Nfvsbe

18 – Reflection: http://hop.sc/1psYp1m

19 – Myth survey: http://hop.sc/1fWlIPr

20 – Spiral: http://hop.sc/1dSF5a0

21 – Invisible lines: http://hop.sc/1nOJX30

22- French flag: http://hop.sc/1fEGIa4

23 – In situ technology: http://hop.sc/1o1ImoK

24- Japan flag: http://hop.sc/19oR4tO

25- Bee dance: http://hop.sc/JujCc0

26- Square: http://hop.sc/JSD69J

27 – Lipids: http://hop.sc/1fWlRCI

28 – Aquaponics: http://hop.sc/1cNstCM

29 – Photobioreactor: http://hop.sc/1fQVcqO

30 – CO2 calculation: http://hop.sc/1psVnKB

31 – DNA: http://hop.sc/1bXoeEx

32 – Wash your hands: http://hop.sc/NOJOzA

33 – DNA helix: http://hop.sc/1fJfg9j

34 – Inspiration from nature: http://hop.sc/1fWm60s

35 – Homeopathy: http://hop.sc/1mR6sY3

36 – Hearth: http://hop.sc/1pcpow5

37 – What is technology? http://hop.sc/1pcjZFr

38 – Shark fin soup: http://hop.sc/1ibK32m

39 – Carbon atom: http://hop.sc/1fttnBP

40 – Loud stars: http://hop.sc/1hDeMUo

41- Picture about fractions: http://hop.sc/1jDCDED

42- Magic School Bus: http://hop.sc/1c5voFx

43 – Multiplication: http://hop.sc/Qv6VB4

 

 

 

ROM

dinosaur

 

http://www.rom.on.ca/school_visits/index.php?route=common/home

The ROM has many very interesting exhibits and classrooms for students to see.  We saw the ancient Egyptian exhibit on the floors and in the classroom.  It is fascinating to see such interesting artefacts and being able to manipulate them in the classroom.  After eating, we had the opportunity to visit other exhibits of the museum.  I just had to take a picture of the dinosaur.

 

Watershed on Wheels

https://www.peelregion.ca/conservation/teachgreen/resource.asp?rid=405

This is a nice resource to have environment teachers coming to your classroom and discuss scientific concepts.

Our grade 3 and grade 4 students had the opportunity to learn about the environment today.

The activities are very much hands-on and play-based.  Students had the opportunity to learn about producers, herbivores, omnivores and carnivores and see how they affect each other in a game format.  After discussion of the game they show furs and animals skulls that students can touch.  The format is quite interesting and students enjoyed the activities very much.  The format allows different learners to experience or model what it is like to live like an animal in an ecosystem in a different way than reading and talking.

 

Hopscotch manuals with NearPod

I’ve just launched a Nearpod Presentation, “Moi jaime coder” and I’d like you to join me!

To review this presentation at your own pace, input this PIN: RLVJF on the Student Box or open this link.

 

 

I’ve just launched a Nearpod Presentation, “kidsLikeToCode” and I’d like you to join me!

To review this presentation at your own pace, input this PIN: UOINR on the Student Box or open this link.

 

Coding fractions

fractionsdownload (41)

http://hop.sc/1jDCDED

I looked at this resource today: Eyes on Math.  I liked the approach of understanding mathematics visually, using logic, rich questions and a visual representation.   It is quite in tune with my many students’ way of learning and also with programming with Hopscotch, since with Hopscotch, the results of coding are very visual.

In the book, there are discussion of fractions and how complex is the concept of fractions since fractions is a relationship between two numbers.  3/4 could mean 3/4 of an area or 3/4 of items in a group.  3/4 of a large circle may not look like the same as 3/4 of a different shape.  Questions are:  what is similar, what is the same, how are they different.  The book provides many ways of discussing fractions.

For the student who has been learning how to code, coding different ways that show a fraction could be a good and interesting assessment after the concept has been taught.  Using images that students relate to or like is quite effective.

 

There are many fractions in the Hopscotch images.

The kite has two squares: one is 1/4 in size than the larger one.

The blue circle is 1/2 in size as the yellow one.

There is half the amount of dancing girls flying the kite as without the kite.

There are 4 stools: 1 tall stool and 3 short stools. 1/4 are tall and 3/4 are short.

There are 8 pieces in the Ferris wheel.  8/8.

There are 3 circles: 1/3 pink, 1/3 yellow, 1/3 blue.

1/4 of the kite looks different from 1/4 of the stools.  1/4 in both cases are not the same size.

 

Showing visually what students understand about fractions is an effective assessment of their understanding.

 

 

Thinking critically, a habit of mind

http://pacificedpress.ca/?p=145

As I am thinking of my next unit of study (social studies) for my grade 3 and 4 students, I am also thinking about the habits of mind I want to give my students.   In the article I read by Roland Case, many people value critical thinking but we may not be doing an exemplary job teaching it.

He gives typical attributes of exemplary critical thinkers including: open to new ideas, persist while thinking through a problem, have empathy, question ideas, don’t jump to conclusion, welcome challenges, examine issues from varying perspective, ask questions to probe for more information, test ideas, have extensive general knowledge, recognize arguments that are well supported.

What are the tools we have to teach this?

 

Two tools we can use involve the use of questions.

1- One strategy consist of developing powerful questions.  Students need to understand the difference between “weak” questions and “powerful” questions.   What they look like, sound like and being able to use them while analyzing the issues we are discussing.

2- While guiding the students, have the students generate the questions that could be discussed in a test.

While I may not necessarily give a test, having a project that answer those questions would be quite significant.

 

The book: The Anthology of social studies is quite helpful to assess our current practices and rethink our way of teaching.