Home » Science and Maths Awards 2018

Category Archives: Science and Maths Awards 2018

Sowing seeds in First class

   

In First Class we have been learning all about living things. We have carried out an experiment to see what conditions plants and animals need in order for them to grow. This is an aspect of our study about habitats and what habitats we have in ireland. Each group got some different seeds to sow and over the next few weeks we are documenting how they grow.

We have designated a water person in our class to water the plants on a daily basis and we know this is a big job with a lot of responsibility.

 

 

The Compost

 The pots with all our names.

Putting the compost in the pots.

Each group getting their seeds. It was lots of fun to shake and feel the packet and guess what our seeds would look like.

Finally sowing the seeds which will be watered daily. We can’t wait to watch our seeds grow.   

We have also left one pot in the press in total darkness to see what happens to that pot as it will receive no sunlight in order for it to grow.

Second Class showing their baby chicks to the school

Second Class

Second Class undertook the very exciting project of hatching baby chicks using an incubator in class. They waited patiently for 21 days for the eggs to hatch and made sure the incubator was at the correct temperature everyday so that the baby chicks could  grow inside the egg.

 

  

The incubator in our classroom and the calendar counting down the time until the chicks are ready to hatch.

 

 

When the chicks hatched out of the egg they were very wet and they weren’t moved from the warmth of the incubator until they were properly fluffed up. They needed to be strong enough to survive in the outside world outside the warmth and safety of the incubator before they could explore the classroom.

             

When the chicks were strong enough for visitors all classes came to our class to look at them. They loved the names we put on the chicks like Conor McGregor.

 

We learned about what is necessary for the chicks to grow. We fed them some bread and cut up lettuce. We always made sure they had enough water to drink to help them grow.  We also learned all about how to create an environment necessary for animals to grow and strive. We fed the baby chicks

 

When the chicks were ready to move outside our teacher Laura brought them home to live with the chicks at her house. There they have plenty of space to grow and they have a safe place to run around.

Coder Dojo

Barbara Hughes sharing her knowledge and expertise with the classes.

 

Powerpoint presentation briefly outlining computer science and the science behind coding…….

What is Computer Science

 

Magnificent magnets

Fun with magnets in First class.

 

 Testing out the magnets with iron filings.

   Testing out the force of attraction through a table. 

The children thoroughly enjoyed moving a car across the top of the desk using a magnet and a car attached to a magnet.

Testing out magnetism. The boys were using round hoop magnets to see how attraction and repulsion worked. They thoroughly enjoyed watching the floating magnets “defying” gravity.

Dancing raisins

 

Investigate what happens when we put raisins in sparkling water and 7up.

This week we wanted to investigate what happens when we mix objects of different densities, ie. raisins and 7up. We chose 7up but any clear fizzy drink will work.

 

We poured the  7UP into the tall glass. We noticed the bubbles coming up from the bottom of the glass. The bubbles are carbon dioxide gas released from the liquid.

We dropped 6 to 8 raisins into the glass.

 

Raisins are denser than the liquid in the soda, so initially they sink to the bottom of the glass. The carbonated soft drink releases carbon dioxide bubbles. When these bubbles stick to the rough surface of a raisin, the raisin is lifted because of the increase in buoyancy. When the raisin reaches the surface, the bubbles pop, and the carbon dioxide gas escapes into the air. This causes the raisin to lose buoyancy and sink. This rising and sinking of the raisins continues until most of the carbon dioxide has escaped, and the soda goes flat. Furthermore, with time the raisin gets soggy and becomes too heavy to rise to the surface.

Walking Water

Mission: To see if we can make water to move from one location to another.

Our investigation of capillary action. Capillary action as we found out is how flowers move water from the ground beneath them up through their stems up into their petals and leaves. From our discussion on habitats we discovered that cacti must be really good at capillary action as there is not much water around them.

We used clear cups. paper towels, water and food colouring for this experiment. The best part is we could do this at home very easily as there are not a lot of materials needed.

  

 

We put the two glasses next to each other and filled both with the same amount of water. We then put a drop of different coloured food colouring into both. It is easier to see the water with the food colouring in it.

   

We then put the paper towel which was cut to an inch wide into both cups. We then put an empty cup in between the cups that were full with water.

  

What happened: After some time we saw the coloured water crept along the paper towels and pooled into the empty cup all by itself. We made the water walk.

 

 

Marvellous marbles

The mission: roll a marble from the top of the box to the bottom in the slowest time possible.

This week we were working as engineers looking at ways to slow things down. Traffic engineers use all kinds of ways of slowing down traffic. They have designed methods to encourage drivers to slow down and not drive too fast by setting up speed bumps and chicanes. Some measures make drivers slow down because they change the a the road looks- like planting trees along the sides of the road, or making the road narrower. We took all of this into consideration when building our marble runs.

Firstly like all good engineers we designed a plan before getting started. We looked at the materials we had to work with and organised how we would place them on the box to design the slowest run possible.

 

We drew our plans using all of the materials and placing them on the box to measure for size before sticking them down.

 

Next when were were happy that we had used all the materials correctly we stuck them down using double sided tape and blue tack.

           

Then we tested our first run. we wrote down the time it took to get the marble from the top to the bottom. This was the fun part but we noted that sometimes the marble got stuck so we had to move the track to ensure it flowed freely.

We then all came together and spoke about our designs and the time it took from the marble to run from the top to the bottom. When we heard the times we all set back to work again moving the materials to see if we could make our run slower before we retried the run.

 

We tried the run another two times and wrote down our times. It was a lot of fun testing the marble, but it was very hard to slow it down the second time.

  

 

We really loved this experiment and it was so much fun testing other peoples marble runs and seeing what people design using the same materials.

 

The winning design with the slowest time. Well done 🙂

Investigating Engineering in Dundrum

As the school have moved location this year we decided to take advantage of this and go on a class walk around our local area. We looked at aerial images of the school on google maps in our class with our teachers and learned about Dundrum. We picked out some of the most obvious features like the road and the Luas and decided to study them as a class. We also looked at some old pictures of Dundrum and we compared our findings against the land features that exist today and we discovered that Dundrum has changed a lot. The Dudrum Shopping centre wasn’t always there and the Dudrum Luas Bridge wasn’t always there. Our teachers explained that the new Luas Bridge used to be a train station years go before the Luas  existed.

As part of Engineers week we decided to investigate the Dundrum Luas Bridge. We watched this video in class and decided to see if we could find similar features in our local bridge.

 

    

Video on building Bridges:

https://www.youtube.com/watch?v=oVOnRPefcno

We noticed that the Luas Bridge also had triangles as they are an important feature of a bridge and used for strength and stability.

 

      

We enjoy studying engineering in our local area and reading books about bridges.

Engineers Week

During Engineer’s week, 4th Class had two outstanding engineers come to their class. Their names were Carl and Alan. Alan is a Civil Engineer and Carl is a Chemical Engineer. They told us what engineers do and that if we didn’t have engineers, we wouldn’t have all the high-tech things that we have today. Carl and Alan showed us very interesting videos about engineers and how they learn from their mistakes everyday. They brought over lollipop sticks and blu-tak for us to make small bridges that could hold a coca-cola bottle, it was so much fun. All and all 4th Class had an excellent time with the engineers.

Hailey and Maia

Making the world a better place!

During January and February, Fourth Class decided to spread the message about some things that need to change on Earth. With the help of an artist, Caroline Lynch, the class made some outstanding posters. The posters showed some world dilemmas such as plastic pollution, global warming and the use of palm oil, in colourful detail. By seeing these posters it should change others’ minds on what they use and do. By writing this blog post, it will spread more awareness on these problems. Fourth class worked hard to create these posters, and hope they will make their own changes to the world.

Alex and Kuba

Visit from a Biologist

  

This term some classes had a visit from Gordon Cooke (Hayden’s Dad). They learned that he is a lecturer and researcher at the IT in Tallaght in Biological Science. He talked to them about bacteria and told them what type is good and what type is bad. He also told them that medicine can be bad if you don’t use it responsibly. He also said that medicine can sometimes do the wrong job and kill bacteria that the body needs. Another thing he mentioned was how important it is to wash your hands or you could get sick. Overall it was a very good visit and he knew a lot of information.

Mariam and Erica

 

Lets get connecting

K’Nex Masters at work

We have been very busy in school this week constructing with our K’NEX. We have decided to explore the world of Civil Engineering and try our hand at building structures for specific purposes.

First of all we spent some time drawing up the blue print and planning the building we wanted to build. We then had a class discussion about the materials we could use. This team chat was great as we could see everyone’s ideas and figure out what would work best.

 

We then got down to the construction. Some of the children had experience playing K’NEX at home, and they gave us some advice. They knew all the K’NEX tricks and were able to share their advice with the group. They became the project leaders and advisers.

 

 

For every structure we started with a foundation and decided that the most stable shapes were squares and rectangles. They were also the easiest to build.

  

 

 

For the roof we decided that a triangle would be a good shape to help the rain and snow flow off the roof. We learned that a triangle is the strongest shape for construction, from building our bridges.

 

 

We had so much fun using the K’NEX and can’t wait to use them again.

Up Up and Down

Learning all about Pulleys..

In First Class we are learning about simple machines we use,  to make everyday life easier. To start off our investigation we are learning all about pulleys. We first of all looked at a simple video of how a pulley worked and had a short discussion about Pulleys in our lives.

     

We decided that cranes work the same as a pulley and some  other everyday pulleys include flag-posts, boat and masts, wells and building sites.

 

      

We looked at the details of a pulley and decided that simple pulleys need two features:

  • a curved edge
  • a string to attach to the item you wish to be pulled.

  

There were lots of things with a curved edge and a cylinder shape that we could use and we chose a rolling pin and an empty spool of thread. We then attached items of different weights to be raised up by the pulley.

Some of the things to learn about during this experiment were gravity and pulleys using a fixed and movable pulley. One of the best things about this experiment is that this is an old invention still in use today. It was fun to learn about how things in  our great grandparents time were used and how the same is in use  today, many years later.

 

This was the biggest challenge, a heavy bucket which we had to stabilize so none of the pencils would fall out. We learned about balance and where the best place to hook the string to the item would be. We had to pull the weight steadily so the pencils wouldn’t fall out. This was loads of fun.

Trailing around our school

Trailing around School 

This week in First Class we decided to take our Maths outdoors and it was loads of fun. We took our clipboards and sheets and went outside to gather the information we needed. We decided to measure how many steps we took from the front door of our school to the gate. We then counted the number of bars in the gate when we reached it.

 

It was difficult to count and walk at the same time so we had to concentrate very hard. It took us about 150 steps to reach the gate from the front door.

       

Group number two had to take a record of the number of cars at the front of the school and we wrote down all the registration numbers of the cars and the colour of each car. We discovered that the colour silver was very popular among the teachers in school. Our teacher said that was because it was easier to keep silver cars clean :).

 

 

 

We also had to count the number of windows at the front of our school. As there were lots of windows it took us a few goes to get it right. It was very interesting to note the difference in the window shape from our school building to the window shapes in the new school building where second and third class are.

We thoroughly enjoyed our Maths Trail around the school. It was lots of fun to get a chance to do some Maths outside.

 

 

Catapult

Catapult experiment

 

For science this week we looked back into the past to see what science experiement people used years ago. We decided to make a catapult.  We made an experiment with lollipop sticks and elastic bands. It was very simple and lots of fun. We realised we needed to reinforce the catapults to make them stronger. Reinforcements are very important for structures in all of our science experiements, to make sure our structures are strong and stable.

We now know that the triangle is one of the strongest shapes in the world, we learned this while undertaking our spaghetti bridge building experiment.

 

 

Catapults were first introduced in battles to destroy castles. We learned about elasticity and how it is stretchy and how rubber bands stretch very far. We also learned that if we stretch it very far and let it go it will hurt your fingers.

 

The best part about the catapult challenge was when we had a catapult race at the end and had to see which catapult could shoot the stick the furthest.

The Science bit:

Elasticity is the ability of an object or material to resume its normal shape after being stretched or compressed. We used a rubber band for the elasticity part of our experiment. When looking at catapults from years ago, we learned that big rubber bands would not be effective they had to use ropes instead. We decided to vary our experiement by using different numbers of rubber bands.

An Egg-cellent Friday

We’ve had a busy week in First Class this week. We have been learning all about protein and how it is important for our growing bodies. We spoke about where protein comes from and why it is important in our diet. As part of our investigation, we decided to carry out the egg and vinegar experiment.

Step one:

On Monday  we put one raw egg into a full glass of water and we put another raw egg into a full glass of vinegar.

We made predictions about what would happen to the egg in 24 hours.

Some of our predictions were:

“The egg in vinegar will crack”, “The egg in vinegar will float”, “The egg in vinegar will sink”

We labelled the glasses and set them aside.

Step 2:

After leaving the egg for 24 hours we rechecked the egg to see if any of our predictions were correct. After the set time, we examined the egg and noticed that the egg in the vinegar had changed. There was a new bubbly substance in the glass forming at the top. Everyone got to feel the egg in the glass and we all noticed a difference. The egg was now smoother and some children remarked that it was spongy and foamy, not like a typical egg. We then set the egg aside for another 24 hours. The egg in the glass with the water was now at the bottom and no physical difference was noticeable.

Step 3- The fun part!

After leaving the egg to set for 48 hours it was now time to see what changes had come about. We took the egg out of the vinegar and washed off the foamy substance. We were left with an egg free shell, in a rubber sack. The children all felt the egg and remarked that it was similar to putty or a rubber ball. We had to remember to be very careful with the egg and make sure not to squish it too much in case we burst it.

 

Testing the egg:

We decided to test the egg by throwing it forcefully onto the grass at the front of our school. We all watched as the egg crashed to the ground and to our delight it exploded. We then examined the remains and the rubber sack had burst and the normal egg was now cracked on the grass.

 

We thoroughly enjoyed this experiment and working as scientists this week. We realised that while working as scientists we need lots of patience and we need to take records.

 

We can’t wait for the next experiment.

Edible Engineering Experiment

Edible Engineering Experiment

 

This week in science we were set the task of working as an engineer to build a bridge out of food. Before we undertook the project we came together as a project team and discussed the work of an engineer. We then look looked at the most important infrastructures in our immediate environment for our build.

The planning stage:

 

 

 

 

Fortunately for us, our school is located beside the Luas Bridge in Dundrum. From looking at this incredible bridge we studied the structures and shapes that we saw and deduced that triangular shapes are important when building a bridge.

Step 2. Construction

 

   

 

We then looked at some bridges that we had seen on our travels and holidays and we came up with some more examples of bridges Golden Gate bridge in San Francisco and the Sydney Harbor Bridge.

 

When building the bridges using spaghetti and marshmallows, we realized that sometimes we need to make the materials we are using smaller or bigger to suit the build. We had to half some of the spaghetti and use twice as many marshmallows to make the structure secure.

 

We concluded that if our structure were to stand string for a long period of time we would have to reinforce the spaghetti and use twice as many spaghetti sticks to make the bridge hold. This was a really fun experiment and we learned that it is sometimes hard to work in a team but when we listen to each other the outcome can be very successful.

Taking measuring into our own hands

                                                                    

Our busy fingers have been tracking our steps this week in first class. The cold weather didn’t stop us putting our coats, gloves and scarves to go on our measuring adventure.  We have been using the i-pads to measure the perimeter  of the AstroTurf Pitch and the Netball pitch at school. From walking around the small Netball Pitch we soon realized it was almost half the size of the big AstroTurf pitch.

 

 

                                             

 

We had lots fun tracking our steps and the distance we walked,  we could see the loop it made on the i-pads. It was fun to take the i-pads outside on an adventure too. When we came back to class we calculated that if we walked around the AstroTurf pitch four times we would have walked a full KILOMETER.

 

Using google maps in class we could see an aerial and map view of our school building and the area around it. We were able to tell from looking at the map that the Netball pitch was much smaller.

 

 

                                                                           

We look forward to tracking our distance withe the I-pads on our next adventure.

 

 

 

Our Trip to Airfield

We braved the elements to visit Airfield last week and even though it was a very cold day we enjoyed our trip.

We were lucky enough to see the farmer collect the eggs and milk the cows and we even saw other gorgeous farm animals huddling together for warmth!

Our numb fingers and toes didn’t stop us from having a great time and we very much look forward to our next visit.  Thank you so much to all the volunteers, we couldn’t have made it without you!

ReelLIFE SCIENCE Videos


The whole class was recently working to make 9 different science videos. We were working in groups of 2 or 3. Each group made brilliant and interesting science videos to enter the competition organised by the National University of Ireland in Galway. The competition is called ReelLIFE SCIENCE. There were 1500 participants in the whole country and we all got certificates for entering. It was great fun, interesting and scientific. The videos can be viewed here.

Carla

 

Subscribe to Blog via Email

Enter your email address to subscribe to this blog and receive notifications of new posts by email.