Stanford Junior and Infant School
Living together - Learning together
At Stanford School we hope to inspire the children through our Science teaching. Science provides the foundations for understanding the world through the specific disciplines of Biology, Chemistry and Physics. Science has changed our lives and is vital to the world’s future prosperity, and all pupils should be taught essential aspects of the knowledge, methods, processes and uses of science. Through building up a body of key foundational knowledge and concepts, pupils should be encouraged to recognize the power of rational explanation and develop a sense of excitement and curiosity about natural phenomena. They should be encouraged to understand how science can be used to explain what is occurring, predict how things will behave, and analyse causes.
The children’s knowledge is enhanced by visitors, school trips to places linked to Science as well as scientific days. As much as possible the whole school environment is used to maximum potential in order to support the delivery of the Science curriculum.
Today Year 2 went to visit Far Ings Nature Reserve as part of our Science studies. We have been learning about plants and animals in different habitats.
We discovered for ourselves what lives in these habitats:
Here are some of the things we found:
This week in Science we explored our outdoor area looking at how we can further improve the environment to support wildlife.
In science we are investigating ways to classify different species.
We all set up our own investigation. We carefully measured out food colouring to put into the water and stood our flower in it. We then thought about where we could leave it to test if the temperature would affect the rate of transportation. We decided to leave one in a cool place, one in a warm place and one at room temperature. We had lots of fun doing this!
We had great fun in science! We used our bodies to recreate the job of the stem and tell the class how water gets through the plant. We all had different ideas on how we could show this.
We are very fortunate to have some new arrivals expected at school in the very near future. A hatching station has been delivered to school with 10 eggs that are expected to hatch within the next 2 days and they will be with us for the next 10 days. We will post updates on their progress on the science blog for you to check on. We can’t wait to see them and some children are already thinking of names to call them.
Miss Perrin had a surprise when she arrived into work as our first chick had already arrived and was waiting to greet her!
Miss Watkinson, one of our site team, was the first to find the chick so she named it……Shellock Holmes! What an apt name as the chick was very keen to investigate the mystery of what was in the rest of the eggs and helped them escape.
And so started our theme of ‘cel-egg-brity’ names!
The next chick arrived during the first lesson. It was named ‘Egg Sheerhen’ due to its quiff of feathers.
There was a competition between 2 eggs to see which one would be the 3rd chick to arrive……and the winner was ‘Shelley’ (Winters)
Shortly after the arrival of ‘Shelley’ came our next ‘cel-egg-brity’ - Kim Kardashihen
The last chicks of the day arrived. ‘Princess Laya’ and ‘Hen Solo’
Today, as part of Science day, we listened to a scientist who showed us different science experiments in our school assembly.
Back in the classroom we carried out our own experiment and used our eyes and hands to help us observe changes to three blocks of ice. We placed the ice in different places - outside, inside on the table and inside next to the radiator and observed the changes every 10 minutes. We learnt lots of new words including, solid, liquid and thaw. We found out that that the ice near the radiator melted the quickest because it was the warmest place.
We saw some wonderful experiments when Mr. Bromley from the Science Boffins visited our school. Lots of us enjoyed dressing up as crazy scientists!
During his exciting assembly we saw explosions, balloons being skewered and amazing elephant toothpaste being made. Sunflower Class enjoyed a workshop entitled 'Plasma Ball and Playful Polymers.'
OL- Electricity goes through your phone charger.
FR- Solar panels collect sun power to make electricity.
CJ- I have learnt that you can make static electricity using a balloon. Electrons rub off and make your hair stand up.
OL- When you touch the plasma ball the electricity comes up.
CJ- The electrons go through you and touch the ground. It makes your finger glow. Can I make slime?
LS- We mixed the chemicals together with a stirrer. I think they are called polymers. My slime was really sticky and stretchy.
PB- My slime could wobble like jelly.
SS- Making the slime was good fun. Many thanks to Mrs. Amos for organising this amazing experience.
Sunflower Class enjoyed visiting the Jungle Zoo in Cleethorpes to learn more facts about animals. They were able to identify many animals and discuss whether they were carnivores, herbivores or omnivores.
MT- I learnt that snakes shed their skin and it comes off as a long bit. It felt very dry.
EH- I found out that parrots can peel the skin off nuts very quickly with their beaks.
JS- I saw that meerkats can dig holes in the soil.
LC- The lady told me that the meerkats have see-through eyelids, so when they are digging in the soil, they can see.
OB- The meerkats have black around their eyes, like sunglasses that protect their eyes from the sun. They can see a very long way away.
IM- George was a very funny cockatoo. He could say 'hello.'
JA- There was a big tortoise and he could live to be 100.
LA- I liked the pig, he looked so big.
PR- The lady told us that it is difficult to tell the difference between the boy and the girl parrots, so scientists have to do DNA tests to tell them.
Star Anise had a fabulous Science Day on the 12th March. It was fantastic seeing so many scientists dressed up for the occasion and taking part in the exciting workshop on Newton.
On the 11 March, as part of Science Week, Stanford School had the wonderful “Science Boffins” visit our school. The assemblies and workshops were brilliant and the staff and children loved them. The slime making was a great hit and in Key Stage 2 the children found out about one of the greatest scientists in human history our own local Lincolnshire superstar Sir Isaac Newton. Gravity, rockets and balloons galore !!
Today we investigated the different properties of rocks.
Density: will it will sink or float?
Permeability: does it allow water to pass through it?
Durability: does it wear away easily?
Hardness: can it be easily marked?
After this the children tried to group the different rocks together according to their properties.
We had lots of fun with all the different investigations.
Can I model the different types of rock formations?
The children were so excited to find out that everyone was getting Starbursts but unfortunately these were not going to be eaten. We have been learning about the different ways rocks are formed and one fabulous way is by modelling this with sweets.
Sedimentary rock – This is created when several layers or fragments of rock are put under pressure until they become one piece of rock. We recreated this in 2 ways.
First we put 3 different coloured Starbursts together and then squeezed them until they became one sweet-rock.
We then created sedimentary rock by cutting the sweets into fragments, mixing them together and squeezing them until they formed one sweet-rock.
Metamorphic rock – this is where existing rock is heated and pressure is applied. We got our 2 examples of rock and used the heat from our hands to warm them and squeeze them. They both changed, the colours blurred together to make one new colour and it looked totally different. It had metamorphosed into a new type or rock.
Igneous – this is where rock is heated until it becomes molten and it is then allowed to cool. An adult put our Starburst rocks into the microwave s that they boiled and cooled.
Can you tell which type of rock is which?
Barley class completed an experiment on how light enables us to see colours. We used different coloured Smarties and coloured overlays to investigate what happens to the colours when an overlay is placed over them.
We acted out how particles moved differently in solids, liquids and gases.
Watch our video clips.
Solids – Particles are closely packed in a regular pattern. They vibrate on the spot.
Liquids - Particles are close together but random. They can move over each other.
Gases – Particles are usually spread out. They can move about quickly in all directions.
Winnie the Pooh needed a new umbrella. So The Sunflowers tested lots of different materials to find out which material would be the most suitable to use to make him a new umbrella.
F- We put water on to lots of different kinds of materials to see which ones were waterproof.
O- I predicted that cardboard would be waterproof because it is thick and strong. The water took a while to soak through, so I was nearly right.
J- Plastic was waterproof because the water didn't soak through.
S- The water just sat on top of the plastic, so I thought that would be the best material for Winnie's umbrella.
P- It was funny testing Mrs. Brady's umbrella!
This is Professor Plant!
He works at Amgueddfa Cymru –National Museum Wales, in Cardiff. He studies plants and nature in the botanical section of the museum.
Juniper class are helping him with an important nature investigation…
Today we planted our crocus and daffodil bulbs. We had to follow the instructions carefully so the experiment is fair. We will be monitoring the weather from November and recording it. We will send this data to Professor Plant. In the spring we will record when the bulbs flower.
While we were planting our bulbs we noticed we have some visitors to our allotment …. Caterpillars are loving our cabbages!
We will research what species they are.
To finish off our investigations into magnetism the children looked at how magnets are used in everyday life. They were the set a challenge to use their knowledge of magnetism to create a game. They had lots of fun creating and playing them.
In our learning we have looked at forces including magnetic forces. Today we looked at how magnets have poles called North and South. We investigated what happened when you put the different poles together and found out that if the poles are the same they will repel each other however if they are different they will attract each other.
We had lots of fun working together with magnets.
Today the children learnt that there were different types of magnets such as bar magnets, button magnets, horseshoe magnets and cylindrical magnets. We decided to investigate which magnets had the strongest magnetic field. We did this by trying to make a chain of paperclips held together by magnetism. First the children predicted which magnet would be the strongest. Most children automatically chose the largest magnet and were surprised to find that the size of the magnet did not indicate how strong it would be.
We have been learning about magnetism and how magnets are used as a part of the recycling process to sort out metallic materials.
We tried to have a go at this ourselves. We had a bag of mystery objects and we had to sort them without looking in the bag or picking them up with our hands. The children were surprised as some things looked metallic but were actually plastic. We were also surprised to find that some coins were magnetic and others weren’t. We looked at the types of coins and the dates that they were issued and we concluded that the method of making coins had changed over the years as some had magnetic cores and others didn’t
Following the story 'The Little Red Hen' and in preparation for our Harvest Festival we were inspired to make some bread.
Our hands and fingers were very busy kneading and rolling the dough. We looked at the ingredients needed and thought of lots of words to describe the dough including ‘squidgy’, ‘soft’ and ‘stretchy’ and how the bread changed once cooked.
Of course the best bit was eating our fresh bread and enjoying the delicious smell!
Barley class worked collaboratively with their peers to create a model, explaining how we see things and how light travels. They created a presentation explaining this using scientific vocabulary.
We were given pictures of different circuits. We used the equipment to investigate if the bulb would light. We learnt that you need a complete circuit in order for the bulb to light.
As a part of our learning in Science we have been looking at forces. We have learnt that forces act on objects such as pushing and pulling things. This week we have been leaning about the force called friction. Friction is a force that holds back the movement of a sliding object. You will find friction everywhere that objects come into contact with each other. The force acts in the opposite direction to the way an object wants to slide.
To help the children understand how brushing against something can slow things down we walked through a ‘human’ corridor. It was easy until everyone put their hands out and they brushed against us as we walked.
We then conducted an investigation to see how different surfaces and friction can affect the movement of a car. We used wood, bubble wrap, a towel, a carpet and sandpaper. The children felt the different surfaces and made a prediction about which surface would stop the car from moving by causing the most friction.
Look at how high the ramp got when testing the carpet before the car actually started to move!!!
We concluded that the carpet caused the most friction as it stopped the car from moving until the ramp was 80 cm high.
This term our collaboration work with Sunflower and Seedlings class has been all about recycling. We first identified which things can be recycled around our classroom and at home. Then we sorted some pictures into the correct recycling boxes and bins. We listened to Chrissie from North East Lincs Council, who told us some interesting facts such as; When 1 can is recycled it gives enough electricity to power a TV for 4 hours! Finally, we made a poster to let others know all about recycling.
Joshua - Crisp packets can’t be recycled. They go into the normal bin. That rubbish is burnt to create electricity.
Jack - Glass goes into the green box. The glass gets crushed up and turned back into new glass.
Neve - The big brown bin is for garden waste, like grass cuttings or twigs from trees.
Ollie - The plastic goes in the orange box like plastic bottles. Tin cans go in the orange box too.
Lincoln - 1 tin can gives 4 hours of electric to make a TV work.
Oliver L - Paper and cardboard go in the blue box.
Lewis - I learnt that yoghurt pots can’t be recycled but you could reuse it as a glue pot.
In Barley class, we have started to learn about the different parts of the circulatory system and how it functions. We have begun by focussing on the heart and the children enjoyed learning about how the valves of the heart work to pump both oxygenated and de-oxygenated blood. The morning’s work culminated in some fantastic scientific diagrams of the heart.
Poppy class used our outdoor learning area to learn about different habitats this lesson. We explored the outdoors to find a variety of plants and animals that live in this habitat and then discussed which category they would be in. We searched both in the woodland habitat and the pond habitat.
Poppy class learnt about the life processes using MRS GREN! We then went outdoors to group different animals, plants and objects into different categories and had to give reasons why we thought they were in that particular group.