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1. Melt ice with heat
2. Measure Water
3.Put water in kettle.
4.turn on kettle
4. Wait for steam to come off it
5.Put cold metal bowl over kettle
6. Wait for condensation
7. Freeze water
8. Repeat cylcle.

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1 first get the kettle
2 heat the water
3 measure the water
4 pour the water into the 2 breakers
5 teast how hot the water is
6 time how long it will take to evaporate

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1.) First you get all the equipment and then you pour the water into the kettle. 2.) Then you turn the kettle on and see if the water evaporates.3.) Now when the water has almost evaporated you put the thermometers

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1.Get a kettle.
2. Next you put water in the kettle.(1litre)
3. After that you heat it.
4. You put the thermometer in the hot wat water and measure the temperature.
5. Get a beaker and fill it up with water.(1litre)
6. Put a thermometer in it and look at the temperature.
7. See what your temperature is.

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1. Pour the water into the 2 kettles
2. Put the thermometer in both of the kettle
3. Boil the water and start the timer and
Make them different temperatures
4. Wait until steam comes and measure the temperature on the thermometer
5. Put the water in the beakers
6 Wait until no steam comes out

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1 Boil the water in the kettle and start the timer.
2 Then let it evaporate.
3 Put a cold surface above the steam that’s coming out.
4 It will condense and turn into droplets of water.
5 Put the thermometer inside the water you just condensed and then it will show the temperature.

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We predict the one that is boiling would evaporate quicker than the other beaker because of the heat. We have evidence from the drama we did ,when you heat us up we got more exited so we went faster and when you said freeze we only vibrated a bit so we were nearly frozen.The next step is record results...

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1.Pour 50 millimeters of water into the kettle.
2.Turn the kettle on.
3.Put 50 millimeters of water into the 2nd beaker and put it outside.
4.Time each one and see which one is faster.

The heat will change and the capacity to.

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1. Fill the kettle with water 1 L
2.heat the kettle
3.Put the thermometer in to the kettle
4.Take the thermometer out
5. Check the temperature.
6. Check it again and again
7.10:00 min .
8.what changes is the temperature

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The temperature is different and the amount of water is the same and the time is the same.

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1. Same amount of water and time
2. Different temperature.

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1 pour 1liter of water into the kettle
2 pour the water to the 2 measuring cup
3 then pour 1liter into 2 beakers(

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To make it fair, the time, how much water has to be the same. Only the heat will be different.

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Same:
Same liquid
Same amount of water
Same time (10mins)
Same room

Different:
Different temperature

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The heat will change but the capacity of water and time will stay the same.

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Same: The water in the kettle and the beakers
The time of boiling
Different: The temperature of the boiling water

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We think that the boiling water will have lost about 7 millimeters in we ten minutes. We think this because you can see the boiling water evaporate but the cold water doesn't.

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I think it will heat quicker because if it is heated, the water particles get excited and the particles run around which make it hotter. It will get energized and excited.

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I predict that the water will evaporate more and more  however not the whole litre.I also predict that in 10 mins about half a liter or more.will evaporate.This is because it will keep on boiling and boiling and the partials gets more energetic.

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I prodict that the water in the kettle will get alot of bubbles and it will get alot more energetic steamand this proses is called boiling.

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I predict that it will affect evaporation because heat gives more energy so the water particles will become more energetic so it will evaporate from a liquid(water)to a gas(steam)faster.

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I predict that the beaker that is heated will evaporate first because the heat gives energy to the water particles.

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We predict that in 10 minutes that the kettle will loose 50ml. I think this because that 50ml will have evaporated into gas  because the more heat we add the more energetic the particals become furthermore the particals will fly out the kettle.

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We predict that how ever hot it gets it will always take the same time to evaporate and condense.

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I think that it will effect evaporation and dissappear .every time it gets hotter until the timer stops it will be about 100c.

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The starting temperature on both was 13celcius. The end temperature was 100 for the one in the kettle. The other one was 16. The kettle’s capacity was 850, the one which was not boiled was roughly 1000.

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The starting temperature was 13c and the ending temperature is 100c and the starting volume was 1l and the ending is 850ml.

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The starting temperature was 13 degrees. The ending temperature was 100 degrees. The starting volume was 1000ml the ending  volume was 850ml.

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The starting temperature for both was 1000ml and the kettle ended as 850ml and the colder one stayed the same.

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1.The starting capacity for the hot is 1L.
2.The ending capacity is 850L
3.The starting temperature is 13’C.
4.The ending temperature is 100’C

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The initial volume was to 1litre for both kettles and beakers
The end volume was 1 liter for the beaker and 850 milliliters for the kettle.

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The starting temperaturefor both amounts of water was 13c and the ending of the cold cup was 16c and the hot cup was 100c.
The starting capacity was 1000ml for both and the end for the cold was 1000ml the end for the hot was 850ml.

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The starting capacity for the one with less heat applied was 1L. Its finishing capacity was 1L as well.The starting temperature for the same one was 13 degrees Celsius and its end temperature was 16 degrees Celsius.

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Starting volume 1litre for both
Hot        Cold
Starting temperature 13.c

End volume hot.   Cold
850    1 liter

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The starting temperature was both 13.C .The end temperature was 1000ml for the cold beaker and 850ml for the kettle since some of the water evaporated out.

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The starting temperature for both were 13 degrees. The final temperatures were 16 degrees for the colder water and 100 degrees Celsius for the water boiled in the Kettle

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The waters water particles got more heat and heat gives it energy so the water started to bubble then got so much heat which means more energy so it evaporated into a gas but the other beaker didn’t reach the boiling point because of the rooms temperature  wasn’t above or near 100’C so it didn’t evaporate.

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In the kettle the water had decreased by 150ml. Thirs happen because of the heat increasing. The water evaporated  because the water particles got more exited because the increaseing heat.

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The conclusion is that hot water will become steam and since the water was cold it won’t produce steam and the water only produce steam when water partials were heated so the cold water wasn’t heated but the hot water was so and the hotter the particals get the quicker the steam gets so really the conclusion is that the water produce steam when the water is heated

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I found out that the starting amount of water for both kettle and beaker was 1000ml and the kettle ended as 850ml and the colder one stayed the same.We can see that 150ml has turned into gas and evaporated. The heat made the particles energetic and the lid was open so this means that they escaped into the room.

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The reason the water got less is because of the water particles get energized and try to escape. The water particles escape and turn into steam which means that there are less water in the kettle.

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The first at the beggining both were 1000ml but then when we let it boil it got hotter and got more energized at the same time .
Then after 10minuits it evaporated  150ml and it evaporated by the heat that we made from the kettle so the 150ml that had gone it turned into a gas.

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We observed that if we added more heat to the water the water particals will get more energized, and will start bouncing  around in the kettle. If you were to open the lid the water particals would fly out and they would evaporate and turn to gas. Our evidence for this is that when we finished there was 150ml difference from the beginning

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The kettle that was boiling the water started to evaporate quicker and quicker because the water particles started to gain more and more energy and turns in to a gas and needs to come out to condense.

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The heated water evaporated quickly so this means that the hot water evaporated faster. I think the heated water evaporated faster because the heat makes the speed go faster.

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The one in the kettle evaporated more quickly than the one in the beaker because the water particles got hotter and became more energized causing it to evaporate more quickly.

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When water gets boiled at 100 degrees or more, it evaporates. What happens at that time is that the particles bounce around and are loose. When the heat was added some water particles turned into gas particles. At this point, the particles get even more energized and, when the lid was opened they flew out.