Here are the candle Q's
Cheer Erin
For candle to burn you need a wick, wax, oxygen to breathe and matches.
The wax turns into a liquid and sits at the top of the tin. This is called melting when it comes from a solid to a liquid.
The wick gets black and the wax starts to melt at the top and makes a pool of wax.
When only the wick is burning the gas from the wick becomes carbon dioxide and goes into the air. The wick burns all the way till the end quickly.
If only the wax was lit the wax wouldn’t burn because it has not got a wick.
If you a put a jar over the top of a light candle, the jar blocks the oxygen that the candle needs to stay a light. Also the size of the jar actually gives more oxygen to the candle. If you have a larger jar it holds more oxygen for the candle but if you have a smaller jar it doesn’t hold as much air.
Monday, May 31, 2010
Erin 23
Tania 19
Hi Everyone,
What happened when I changed the size of the jar?
The smaller the jar the less seconds the candle did burn for.
Why did this happen?
The flame from the candle burned up all the oxygen in the jar and turned it into carbon dioxide. The candle went out because there was no oxygen left to keep it burning.
Was my prediction accurate?
Yes it was as the jars ran out of oxygen and the candle went out. The bigger the jar the more oxygen and the longer the candle burned for.
Tania 18
Hi Everyone,
Here is an idea I had when I wonderd what happend to the candle in the jar.
I have an idea why the candle goes out. The jar has oxygen, a candle needs oxygen to be able to burn. It is a bit like a human. When the oxygen in the jar has been burnt up into carbon dioxide it causes the candle to blow out.
Cheers Tania
Here is an idea I had when I wonderd what happend to the candle in the jar.
I have an idea why the candle goes out. The jar has oxygen, a candle needs oxygen to be able to burn. It is a bit like a human. When the oxygen in the jar has been burnt up into carbon dioxide it causes the candle to blow out.
Cheers Tania
Tania 17
Hi Everyone.
How are you all??
What do you need for a candle to burn?
You need matches and a wick.
Where does the wax go when the candle is burning?
It either melts to a liquid or it becomes a gas.
What happens when a candle is burning?
When the candle is burning it becomes a liquid, but it doesn’t stay that way for long.
What happens when only a wick is lit?
The wick just burns.
What happens if only wax is lit?
Well if the wax was lit with out a wick the wax would not light.
What happens if you put a jar over the lighted candle?
The candle won’t last long in a gar.
Cheers Tania
How are you all??
What do you need for a candle to burn?
You need matches and a wick.
Where does the wax go when the candle is burning?
It either melts to a liquid or it becomes a gas.
What happens when a candle is burning?
When the candle is burning it becomes a liquid, but it doesn’t stay that way for long.
What happens when only a wick is lit?
The wick just burns.
What happens if only wax is lit?
Well if the wax was lit with out a wick the wax would not light.
What happens if you put a jar over the lighted candle?
The candle won’t last long in a gar.
Cheers Tania
Friday, May 28, 2010
Tania 16
Hi Everyone, I decided to do another experiment. This time I used 3 teaspoons of bicarb soda and 3 teaspoons of tartaric acid. Also with 1 cup of vinegar and a bit of red dye. The bicarb soda and tartaric acid reacted with the vinegar making it fizz and there were lots of bubbles. The gas that was created from the bubbles floated into the balloon causing it to grow. I think the balloon was larger this time because the extra bicarb soda and tartaric acid caused more energy so this caused more gas. The extra gas had to go somewhere, so it went inside the balloon.
Cheers Tania
Cheers Tania
Tania 15
Hi Everyone, How are you all? Here is a video of a vinegar experiment. The balloon became larger than when I did the experiment using water. The reason I think this happened is because the chemical reaction between the bicarbonate soda, tartaric acid and vinegar was far greater than the bicarbonate soda, tartaric acid and water. This then created energy called bubbles which made more gas. The gas went into the balloon and blew it up bigger. The fizzing went on for sometime. Cheers Tania
Thursday, May 27, 2010
Mitchell 12
Dear M.S.I. detectives
I did the salt dissolving experiment.
Did you know salt molecules actually attach to the water molecules as when they dissolve?
Did you know that in the war you weren't allowed to fight in the war if you worked in a salt mine? Because salt was very important back then.
Did you know there are tiny amounts of gold in sea water? Sadly, we can't get it. Darn!
How cool is that?!
Agent M
I did the salt dissolving experiment.
Did you know salt molecules actually attach to the water molecules as when they dissolve?
Did you know that in the war you weren't allowed to fight in the war if you worked in a salt mine? Because salt was very important back then.
Did you know there are tiny amounts of gold in sea water? Sadly, we can't get it. Darn!
How cool is that?!
Agent M
Lori 19
Hi Everyone
can you please see if this is the right video
sorry for doing on such a messy table
Lori
William 12
William 11
Hi everyryone.
I have a question..
Why if you put salt on ice does it melt quicker???
From William.
I have a question..
Why if you put salt on ice does it melt quicker???
From William.
Mitchell 11
Dear M.S.I. detectives
Hear are the pictures of the fizzy experiment.
The first bottle had no water in it to re-act with the bicarb and acid poured into it.
The bicarb in the second bottle just dissolved in the water.
The acid in bottle three only dissolved in the water.
The bicarb, acid and water in bottle four re-acted with each other. It fizzed and caused lots of carbon dioxide gas bubbles, which blew up the balloon.
Agent M
Wednesday, May 26, 2010
William 10
Tania 13
Hi Everyone,
Here are some questions.
Can change be stopped?
What would earth be like with out change?
Cheers Tania
Here are some questions.
Can change be stopped?
What would earth be like with out change?
Cheers Tania
Tuesday, May 25, 2010
Mitchell 10
Dear M.S.I detectives
This is my video demonstration of particles in a solid, liquid and gas.
Solids are when particles are compact and have a hard structure.
They can only vibrate.
Liquid particles have more energy and so can move around more.
Gases have even more energy and fill up the space they are confined in.
Energy is given to the particles by heat.
Agent M
This is my video demonstration of particles in a solid, liquid and gas.
Solids are when particles are compact and have a hard structure.
They can only vibrate.
Liquid particles have more energy and so can move around more.
Gases have even more energy and fill up the space they are confined in.
Energy is given to the particles by heat.
Agent M
Lori 16
Hi Everyone
i noticed when i did my melting of ice i saw steam coming out and the water was sizzling like crazy when i tipped the sauce pan like crazy.
does anyone know why this happens?
Lori
i noticed when i did my melting of ice i saw steam coming out and the water was sizzling like crazy when i tipped the sauce pan like crazy.
does anyone know why this happens?
Lori
Mitchell 9
Dear M.S.I detectives
This is the last representation video.
This one is on what happens to evaporating particles.
Agent M
Evaporation
Directed by Mitchell Smith
Starring
White beads as steam particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
(sorry if the movie is a bit jumpy)
This is the last representation video.
This one is on what happens to evaporating particles.
Agent M
Evaporation
Directed by Mitchell Smith
Starring
White beads as steam particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
(sorry if the movie is a bit jumpy)
Mitchell 8
Dear M.S.I detectives
Here is one of my representation videos.
This one is on what happens to melting particles.
Agent M
Melting
Directed by Mitchell Smith
Starring
Blue beads as water particles
White beads as ice particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
Here is one of my representation videos.
This one is on what happens to melting particles.
Agent M
Melting
Directed by Mitchell Smith
Starring
Blue beads as water particles
White beads as ice particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
William 9
This is a really good link to a video that explains the states of matter.
http://video.google.com/videoplay?docid=6483201716001918124#
William
http://video.google.com/videoplay?docid=6483201716001918124#
William
Mitchell 7
Dear M.S.I detectives
This is another representation video.
This one is on what happens to freezing particles.
Agent M
Freezing
Directed by Mitchell Smith
Starring
Blue beads as water particles
White beads as ice particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
This is another representation video.
This one is on what happens to freezing particles.
Agent M
Freezing
Directed by Mitchell Smith
Starring
Blue beads as water particles
White beads as ice particles
Camera man: Mitchell Smith
Tech: Miss Hannah
Only 1 bead was hurt during the filming of this movie.
1 bead was lost.
Copy wrong 2010
Lori 14
Hi Everyone
here is a photo story
i videoed it but i tried on movie maker but i did not work
Lori
here is a photo story
i videoed it but i tried on movie maker but i did not work
Lori
Tom 13
Erin 16
Here is an lesson i had to do about gases and liquids and solids
Solids
Solids can be soft or hard. They need someone to change their shape they can’t change it themselves. Solid particles can’t move as freely as liquid or gas it just vibrates.
Changing Solids
Changing solids have different materials which means they melt at different room temperatures, that is called The Melting Point.
Liquids
When you pour a liquid into a container the liquid does not just float it goes to the bottom of the container. The reason why is because the gravity pulls the liquid down to the bottom of the container. Liquid particles can move more freely then solid but not as much as gas.
Gases
The gas gets it’s weight from the gravity. Gas particles can move more freely around then the liquid and solid.
Cheers Erin
Solids
Solids can be soft or hard. They need someone to change their shape they can’t change it themselves. Solid particles can’t move as freely as liquid or gas it just vibrates.
Changing Solids
Changing solids have different materials which means they melt at different room temperatures, that is called The Melting Point.
Liquids
When you pour a liquid into a container the liquid does not just float it goes to the bottom of the container. The reason why is because the gravity pulls the liquid down to the bottom of the container. Liquid particles can move more freely then solid but not as much as gas.
Gases
The gas gets it’s weight from the gravity. Gas particles can move more freely around then the liquid and solid.
Cheers Erin
Erin 15
Here is a site that you will find lots of info about gases,liquids and solids
http://www.abpischools.org.uk/page/modules/solids-liquids-gases/slg2.cfm?coSiteNavigation_allTopic=1
http://www.abpischools.org.uk/page/modules/solids-liquids-gases/slg2.cfm?coSiteNavigation_allTopic=1
Lori 13
Hi Everyone
here is some information on solids, liquid and gases.
Solids, liquids and gases
i used my own words
Solids:
A solid is a substance that cannot be compressed. It does not flow when it is at a given temperature. Solids keep shape to make things easier in a person’s life like being able to sit down after a long days work and being able to eat at the table.
Liquids:
Liquid is a substance that flows and cannot be compressed. A liquid does not stay in shape for long. Liquids can be in any thickness or colour.
Gases:
Gases flow like liquid and can be any shape or size. Every time we breathe in we are bringing in millions of particles into our body. I think it is kind of scary because we breathe in millions of particles.
Gases, liquids and solids:
All these substances are very tiny and cannot be seen through a microscope. In the air particles are all around us but you just can’t see them.
here is some information on solids, liquid and gases.
Solids, liquids and gases
i used my own words
Solids:
A solid is a substance that cannot be compressed. It does not flow when it is at a given temperature. Solids keep shape to make things easier in a person’s life like being able to sit down after a long days work and being able to eat at the table.
Liquids:
Liquid is a substance that flows and cannot be compressed. A liquid does not stay in shape for long. Liquids can be in any thickness or colour.
Gases:
Gases flow like liquid and can be any shape or size. Every time we breathe in we are bringing in millions of particles into our body. I think it is kind of scary because we breathe in millions of particles.
Gases, liquids and solids:
All these substances are very tiny and cannot be seen through a microscope. In the air particles are all around us but you just can’t see them.
erin 14
Tom 11
HI Everyone
Here is a good site on partials which I found yesterday and forgot to post.
http://www.chemheritage.org/educationalservices/faces/poly/tutorial/states.htm
Here is a good site on partials which I found yesterday and forgot to post.
http://www.chemheritage.org/educationalservices/faces/poly/tutorial/states.htm
Monday, May 24, 2010
Tom 10
Hi everyone
Here is a link I found with a quiz on it about solid,liquids and gas's
http://www.reec.nsw.edu.au/k6/page/wa4.htm
from TOM
Here is a link I found with a quiz on it about solid,liquids and gas's
http://www.reec.nsw.edu.au/k6/page/wa4.htm
from TOM
Lori 12
Hi Everyone
in Lori 11 the first picture is of gas, the second picture is of solids and the third is of liquid particles.
Lori
in Lori 11 the first picture is of gas, the second picture is of solids and the third is of liquid particles.
Lori
Tom 9
Hi everyone
Here is a site about partials.
http://www.environment.gov.au/atmosphere/airquality/publications/particles.html
Here is a site about partials.
http://www.environment.gov.au/atmosphere/airquality/publications/particles.html
Lori 10
Hi Everyone
i found these great animations
http://www.chem.purdue.edu/gchelp/atoms/states.html
http://wps.pearsoned.com.au/sf1/0,9305,1420693-content,00.html
Lori
i found these great animations
http://www.chem.purdue.edu/gchelp/atoms/states.html
http://wps.pearsoned.com.au/sf1/0,9305,1420693-content,00.html
Lori
Tania 11
Hi Eeryone,
Here is a great website that I found.
http://www.brainpopjr.com/science/matter/solidsliquidsandgases/grownups.weml
Cheers Tania
Here is a great website that I found.
http://www.brainpopjr.com/science/matter/solidsliquidsandgases/grownups.weml
Cheers Tania
Claire7
Hi everyone
I like to collect things on my holidays, so on my last one i collected lots of shells, but some are strange. I have some questions about them.
For shell 4, how do you guys think the white shell got attached to the orange shell?
Shell 3 is a side view of my favorite thing i found while looking for shells. I like to think it might be something a starfish died on, but i really have no idea. The circles in between the points are bubbles. What do you think it is?
Shell 2 is a piece of something attached to a shell. What do you think it is and how do you think it got attached.
Shell 1 is an interesting shell. Do you think the spikes on it were formed when the shell was formed? Or did they somehow grow there?
I have no idea what the answers for all these questions are anyway.
I think these are all change questions.
Have a nice day! ;P
Saturday, May 22, 2010
William 7
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