Here is a video on how much I got.
Today in maths w did it a again here is how much I got today.
Here is a video on what I did.
Today year 5 had a concert there where lot of different instruments like flute,
p bone (trombone),
and allegretto ( a group of instruments who have been playing for more than the start of the year.)
I played the flute.
Here is our music.
Allegro con brio.
Then the trombone solo, then the trumpet solo, then the clarinet solo, the flute solo here it is ( it was called 3 flying flutes)
the yellow part was 5Bs the middle was 5A and the top was 5C.
Then go go allegro
We had move that only the flute did.
Today grade 5 went on to microworld * ( the app.) We leaned lots of things I made a kite it failed but fail stands for…
Here is a picture of my failed kite.
This is the turtle it listens to your code.
This is the code. It moves your turtle remember
always put pd before you start or it won’t draw.
This is my failed kite.
Here is a video on what I did on MicroWorlds.
Me and my partner ( Abby ) did a kite investigation here is a video on kites.
Today in design we found out our lego robotics groups. My grou
p got the brick and started to make the lego part, we fond it was much harder than it looked. Sam ( a boy in our group ) ended up doing most of the work ” sorry Sam,” the rest of our group worked on photography. My laptop was flat so I couldn’t do much sorry :(.
Today in design my group finished our robot yay here is a photo of it.
I was so happy that I did a little dance ( you would to if you had just finished a hard lego model like a tower or a bridge ) I give Sam a lot of credit because he made a lot of it here I sign here saying that.
And that was the end of the session.
Session 3, 4 & 5
In these sessions I did drawing of my ev3
Today in design we had to do a challenge the challenge was to move forward with degrees, seconds and rotations. Here is a video on it working.
Hay guess what today I made my program work it was just going round in circles but today I made my program work I did seconds rotations and degrees. Here is a video on seconds, rotations and degrees.
Here is my program.
End of challenge 1
Today in design we had to do a baseball diamond here is a video of my fails.
Sadly we only had I hour to do it.
I was to busy doing challenge 2.
Today in design we had to try a new thing sensors.
We did the sensor light.
The E.L.C kids came to see our robots ( E.L.C stands for Early Learning Centre .)
We didn’t have a little kid there wasn’t enough.
Here is a lot of fails from my robot.
Today In design we had had to make rube Goldberg thing. I was with poppy and Leo we didn’t get much done. But we tried hard and that’s what matters. We thought that
mabe if we did it on cardboard it would be portable but then it was just to hard to find enough cardboard, so that we had to do it on a table.
End of session 1
Today in design we had to do 5B had to do lego simple tasks like a pulley, incline and lever. My group ( Sophie and Sophie ) had to make the pulley it took us a long time to make and even some of our lunch time that we were willing to give up for this task. Here’s one of our fails. The reason for this is that the incline in witch the ball was balancing on was not long enough for the brick to hit. My group was very frustrated but we keep on trying.
Next 5b did k-nexs heres a movie on what we did.
We were trying to make a balance weight this is a simple machine because of the thing that makes it a moving object. We had a lot of bits and pieces it was very easy doing it surprisingly ( I thought it would be harder) it was a lot of fun and I loved it.
Today in design 5b made pulleys here is a photo of a pulley.
What is a pulley?
A pulley is a machine that someone or something pull on to make another ting go up or down.
Sophie and I made a single pulley first and then we got some marbles and put them in the cup we then hung up the pulley we played a game were I was the pulley and Sophie was the people she said the floors and I pulled the marbles up to the level. ( that was not the best youse of time. )
Today we finished off our k-nexs weight and Matees who was away that day came to our group here’s our finished product.
We tried to get Ester and Matees to to the weight but it didn’t work very well.
end of session 5.
Today in design we planed our rube goldberd machines with our groups (Sophie and jack) Here’s a video on what we did.
Our simple machines are a funnel, lever and inclined plane (ramp)
Today in design showed our design to a teacher and he said that a funnel is not a simple machine so instead we made a pulley.
Other wise we didn’t do much just designing and designing and even more designing.
Today we started building here is a video on what we did.
We made all the simple machines in that day are aim was for it to hit a button but now for the button to be able to be hit.
Today in design my group worked towards finishing our Rube Goldberg machine here is a photo of our machine.
Here is a video on what we did today.
end of session 9.
Here is our fails and try’s.
We decided to make this a coopetition if you get it in the tubes you get a bit of paper saying what you’ve done and how well you did it.
End of session 10.
Here is the final certificates.
Thank you to Sophie for making these amazing certificates. Today we did our designs again here is a photo of it.
RUBE GOLDBERG NEVER GAVE UP HIS DREAMS INSPITE OF HIS FATHER SAYING IT WAS WRONG SO ME AND MY GROUP WILL FOLOW HIS EXSAMPLE.
End of session 11.
Today in design we made a video all about our Rube Goldberg I hope you like the video.
RUBE GOLDBERG THORGHT HIS THORGHTS AS A DREAM NOT A THORGHT.
Expo day. Today is a robotics day but we have our rube Goldberg expo you can come a long too!
RUBE LESONED TO HIS TEACHER AND MADE HIS DREAM COME TRUE.
Tomorrow our rube Goldberg machine be packed up for ever!
The friction test
Do you Rember about the day the wood work man came in a we made cars well today we tested them out. What surface has less or more friction? The surface that had most friction out of our test was the oval with a distance of 3 metres and 95 cm. The surface that had the lest friction was flexi pare with a distance of over 12 metres. We changed the surface on wich the car would run on. We would keep the same the wheels, the car and the weight. We found out that bumpy surfaces have more friction.
Test 1 Oval
Distance: 3 metres and 95 cm
Test 2 Long jump
Distance: over 7 metres 14 cm
Test 3 Quad
Distance: 3 metres 53 cm
Test 4 flexi pare
Distance: over 12 metres.
Today at school a man called Anatloi to do some wood work. First we had to chose a car I chows a roles roce we all had to line up and pike a car.
We had a saw some wood into the car that we chose we all worked really hard.
Next we had to sand the car ( i’m not very good at sanding.) Then Anatloi glued the weels on. We had to chose a animal or a person. I chose a cat. I had to saw the cat out, it was a bit wonky but it was fine for me. I thought that it looked a lot like my cat at home, it made me feel happy. Next we all had to get some hammers and nails and bang them into the cat with a bit of wood at the back, then Anatloi glued them to the car.
All the cars looked amazing.