Find the words below (some appear back to front and diagonally) in the word search .
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On the third page of the comic strip different body parts are growing in the cloning centre. Create your own superhero(ine) or villain(ess) clone in this activity.
What you will need:• Three sheets of plain A4 card (suitable for a printer or photocopier) or paper(Younger children may find the parts difficult to cut round. The templates can be enlarged using a photocopier or by printing them on A3).
• 8 paper fasteners
• Colouring pens or pencils
Step 1
Click here (pdf 66kb) to open and print the main organ template.
Step 2
Carefully cut out the body parts: trunk, upper and lower arms, upper and lower legs.
To view example of this step click here (pdf 89kb).
Step 3
Colour in the main organs: 1 - heart (red), 2 - lungs (light brown), 3 - stomach (pink) and 4 - small and large intestines (pink and brown).
Step 4
Click here (pdf 66kb) to open and print the the skeleton template.
Step 5
Carefully cut out the skeleton parts: upper body made up of the ribs, pelvis, spine and skull, upper and lower arms, upper and lower legs.
To view example of this step click here (pdf 89kb)
Step 6
Click here (pdf 66kb) to open and print the costume template.
Step 7
Carefully cut out the parts - trunk, upper and lower arms, upper and lower legs.
To view example of this step click here (pdf 89kb)
Step 8
Design, draw and colour in the superhero/ine.
Step 9
Make small holes (a drawing pin can be used on an old folded over newspaper that is deeper than the drawing pin) where the small round circles are in each body part.
Step 10
Fasten all the parts of the superhero/ine together using the paper fasteners (push the faster through the hole and open the two parts) starting with the main organs at the back, then the skeleton in the middle and your superhero/ine design on top.
To view example of this step click here (pdf 89kb)
Capture CO2 in this honeycomb candy superhero snack.
What you will need
Warning!
This activity involves heating the ingredients up to very hot temperatures. Wear kitchen gloves and keep skin covered. Always take care in the kitchen and be very careful when handling hot items to avoid splashes and spills.
[You should first observe the sugar dissolving and the mixture turns clear. Next small bubbles form then larger bubbles form. Finally the mixture (syrup) starts to caramelise (the process of heating sugar until it browns and starts to burn) and changes colour from clear to orange/amber.]
[If your honeycomb candy has a really burnt taste it has been heated for too long. The mixture is still being heated in the saucepan immediately after it is taken off the cooker.]
When the sugar dissolves the mixture turns clear. At this point the solid sugar reaches its melting point and turns into a liquid. The water in the mixture starts to boil and the water turns into steam. The number and size of the bubbles increase as the mixture gets hotter. On further heating it undergoes a chemical change and changes colour to orange/amber. When the sodium bicarbonate is added to the mixture it heats up and the following chemical reaction takes place releasing carbon dioxide gas: 2NaHCO3(s) → Na2CO3(s) + CO2(g) + H2O(l)
The carbon dioxide gas creates bubbles in the syrup, which are trapped as the mixture cools and turns back into a solid.
Try comparing this recipe with the Cinder Toffee recipe in the Planet Science Diner that uses vinegar and heat to release the CO2.
Amaze people with your super power by balancing a fizzy juice can on its rim...
You will need two empty fizzy juice cans that are the same, some water and a flat surface.
Step 1
First fill one can roughly half full of water.
Step 2
Next tilt the can until it sits on the groove at the bottom of the can (about a 45 degree angle).
Step 3
Gradually let go - if it doesn't balance adjust the amount of water in the can (you shouldn't need to fill the can more than half full).
Step 4
Once you have mastered balancing the can it's time to show off your super power.
Step 5
Just ask someone to balance the empty can on its rim while you balance the can with the water.
Step 6
Now sit back and watch until they figure it out or you tell them your secret!
What's the secret?
The water in the can changes the centre of gravity - the point where the total weight may be thought to be concentrated - making it more stable.
(Brought to you courtesy of Institute of Physics demos at the Association for Science Education Conference in Scotland).
Stifle sound vibrations in this vacuum container experiment...
You will need a vacuum food container with a vacuum pump and a mobile phone (make sure it fits in the container with the lid on!)
Step 1
Place the phone in the vacuum container.
Step 2
Ring the phone and listen to how loud the ring tone sounds.
Step 3
Now using the vacuum pump remove the air from the container.
Step 4
Ring the phone again and listen to how loud the ring tone sounds. Can you hear a difference?
What's happening?
Sound is produced when an object vibrates, e.g. the mobile phone. The vibrations travel away from the object through different mediums, e.g. air. The vacuum pump removes most of the air from the container and there is only a small amount left for the sound vibrations to travel through. With less medium to travel through the sound is quieter. In a perfect vacuum there is nothing for the vibrations to travel through and therefore no sound!
Links to Science Comics...
(Thanks to Mico Tatalovic)
Free Cartoons and Short Comic Strips:
Newton and Copernicus short comic strips:
http://www.newtonandcopernicus.com/ with and in-depth description of how to use these here:
http://www.csun.edu/~jco69120/
Scientoons:
http://www.scientoon.com/index.htm
Comic Books:
The Interferon Force comic book series about Immune system (flu virus, cystic fibrosis):
http://www.interferonforce.com/
Adventures in Synthetic Biology (English and Spanish versions):
http://openwetware.org/wiki/Adventures
Cindi in Space (available in English and Spanish):
http://cindispace.utdallas.edu/education/cindi_comic.html
Manga science comic series about atmosphere and the environment (available in English, Japanese and for translation in other languages):
http://www.stelab.nagoya-u.ac.jp
Selenia comics (chemistry):
http://www.sciencecomics.uwe.ac.uk/
Ozzy Ozone comics (environment, climate, atmosphere):
http://www.ozzyozone.org/ozzy_en/ozzycontenu.html
EU’s Eco Agents interactive online comics (ecology, sustainable energies):
http://ecoagents.eea.europa.eu/
The Adventures of Archibald Higgins science comics (available in many languages)
http://www.savoir-sans-frontieres.com
Science Stories from the Rothamsted Research Institute:
http://www.rothamsted.ac.uk/schools/ScienceStories/
Charged (but may contain some free content online):
Concept cartoons:
http://www.conceptcartoons.com/index_flash.html
The Young Scientist comic:
http://www.theyoungscientists.in/products.html
Max Axiom comic book series:
http://www.capstonepress.com
Jay Hossler’s comics and graphic novels:
http://www.jayhosler.com/
Jim Ottaviani’s comics and graphic novels:
http://www.gt-labs.com/
Cannon Zander’s comics and graphic novels:
http://www.bigtimeattic.com/