How many letters are there in the English alphabet? Good luck everyone and don’t forget it is a riddle so you will need to explain your answer.
Well done to everyone who got yesterday’s riddle correct and for those of you who didn’t YOU CAN’T DIG HALF A HOLE!
Check out the comments I made in yesterday’s riddle.
To Listen to Mr. Vance’s bedtime story click on the image below. I hope you enjoy. Please write a comment by clicking the “replies” button below and leave a comment. What was your favourite part of the story and why? If people are watching this and leaving comments Mr. Vance will continue to read a new book each night. We miss you all!
If it took took two girls two days to dig a hole. How long would it take one girl to dig half a hole?
Good luck!! Make sure to write your answer by clicking on the “replies” button below this post.
Hi everyone from St. Peter’s Primary School. We hope everyone is healthy and well. While we are away from school we will be using the school blog to try and keep you entertained. We will have a “Riddle of the day” each day and other links to fun activities and websites that you could visit while you are away from school. Mr. Vance will also be reading a bedtime story each night. Don’t forget to write a comment (by clicking on the reply button below this post) as we will be giving random prizes throughout our time off to children who post comments.
This year for Engineering
week, 4th Class took a trip to Bray Library to meet with a local
Bray Engineer to learn about the important role of being an engineer. We
learned that in order
for structures to be built, many engineers are needed. These include – civil,
electrical, energy, mechanical, plumbing, structural and technological
engineers.
We focused
on structural engineering and had the opportunity to take part in a fun STEM engineering
activity: ‘The
Marshmallow Challenge’.
The objective
of ‘The Marshmallow Challenge’:
To construct a tower as high as
possible using only uncooked spaghetti and marshmallows.
The tallest tower would need to
be able to stand unassisted.
Instructions:
4th class were divided
into groups.
They had only 20 minutes.
Each group could only use the
materials provided.
They could not use any other
materials to assist in the support of their tower.
Spaghetti could be broken into smaller
pieces.
The task was challenging but 4th class
were extremely creative engineers and the results were very impressive.
Conclusion:
After the task was complete we talked about the
following:
If the placing
of the marshmallows affected the strength of the tower.
What other
materials could be used.
If the size of
the base affected the strength of the tower.
Whether all
groups worked in the same way.
All the groups worked really hard and designed amazing towers
in all different ways. The groups all agreed that teamwork was very important
for this task. Well done 4th Class!
Each year St Peters has a proud tradition in
exploring all the rudiments of the wonderful world of STEM/Science and of entering
the ESB Science Blast. This year was no different.
As an innovative 6th class we have a great interest in sports and fitness and so chose to look at how we could improve our general health .
Researching under the science stand of Living Things, this idea then evolved and became more specific as we looked into which type of training improves our 10 metre sprint times the most.
We began the hard work in October and worked
diligently over 16 training sessions to our final sprint race.
We had some challenges to overcome due to the
weather, injury, and issues with the batteries for the rechargeable sprint
gates and timer.
We became aware of and learnt from mistakes like
not crossing the beam and not pushing off the wall.
But overall, as we are sure you will enjoy reading
below, we are all the luckier for taking part in the ESB Science Blast. We
thoroughly enjoyed conducting and participating in our experiment and look
forward wholeheartedly to continuing this yearly tradition.
Our minds are more curious, hearts so full and our
brains are even more inspired.
Here is our entry, we hope you enjoy it and would
be delighted to receive any feedback you can provide to further our future endeavours
in the world of Science and STEM.
Warm regards,
6th Class, St Peters PS, Bray.
Question?
Which
type of training improves our ten metre sprinting time the most?
Hypothesis
We
predict that all groups will improve their time and the plyometric group shall
improve the most.
Resources : Timing gates, Hand held
digital recording device, Mat, Measuring tape, 10m flat surface, Parachutes, Hurdles
Designing
our fair test :
We
started by revising what we already know about our bodies and the importance of
healthy eating and exercise.
We
identified some ways that all of us exercise in school, at home and in our
communities eg. Walking, soccer, PE, Fit Fridays, Cross Country, Rugby, Boxing,
Athletics
We noted
each others experience of training, the different ways you can train and all
the sports we’re involved in as a group.
As part
of our research, we invited the U23 Munster 100 metre sprint champion Amy
Cronin to come and speak with us.
Next we
split into 5 groups; Walking, Repeat Sprinting, Plyometrics, Parachutes and
Stretching.
We
decided that our walking group would be our control group. The walking group
would walk at a normal pace around the school yard.
The
repeat sprinting group would sprint 10metres x 4 with 1 minute break between
each run.
The
plyometrics group would have 2 tasks to do; hop over a hurdle on each leg x 4
and a standing jump x 4.
The
parachute group would complete : 4 x 20m runs with a parachute, 20 seconds
break in between and 2 x 20m runs without a parachute
The
stretching group would stretch their calves, quads and hamstrings.
To make
sure that this test was fair we made sure that we always wore runners, that we
always timed our runs on a flat 10m surface and that we always ate the same
food on the day of our run.
Procedure
Next, in
October we timed ourselves using timing gates placed 10m apart and recorded our
runs on a digital handheld device. These times were very important as they gave
us exact information about the times each group was achieving.
From
October to February we trained in our groups weekly, fitting in 18 sessions. We
always trained together as a whole class. Each group had a leader who directed
us through our exercises.
Finally
in February, we held our last training session and our last timed run came. We
carefully measured 10metres. We carefully placed our timing gates 10m apart. We
set up our recording devices. We put our heart into running our level best. We
recorded each score on an excel document.
Afterwards
we presented our data in a pie chart.
Conclusion
The
stretching group improved by 6%, plyometrics by 5%, walking by 4% and the
parachute and sprinting group improved by 3% each.
We learnt
a lot about the importance of exercise in our everyday lives. Coaches are
always trying to research new ways to get fit, we want to do training sessions
that are both fun and health promoting. We discovered that the science of
fitness is all about F.I.T.T. – Frequency, Intensity, Type and Time.
We are
now committed to getting F.I.T.T. and always do our best to move to improve.
Recently, we were very excited to receive a visit from Sophie from Microsoft Ireland. Sophie taught us all about the importance of coding in today’s world. We really enjoy learning with technology in St Peter’s and we love to try out new tools and ways of learning.
We really enjoyed our visit from Sophie – her Minecraft workshop was fascinating and made us think about it in a whole new light!
Since Sophie’s visit, we’ve been working really hard to develop our skills. We’ve really been enjoying our work on Hour of Code – you can join in here. Thank you to Sophie and to Microsoft for such an inspiring visit!
In first class, we became engineers, we made our very own catapults! Here’s how we did it:
Firstly, we had to investigate how catapults worked. We watched different videos which showed us loads of different catapults, how they were made and how they worked! Each group then decided which catapult they wanted to make.
Each group then decided on the materials they wanted to use. They could choose from straws, lollipop sticks, bottle caps, plastic spoons, pipe cleaners, elastic bands, sellotape and plastic. For their design, they needed to choose the materials that would keep their catapult strong and easy to fire!
Then, first class set off on their task, trying different methods to make the catapults! Once one group mastered the task they set off to offer advice to other groups!
Finally, it was test time! We fired snowballs from our catapults to see who could get the longest distance, we discussed why this catapult worked so well and it turned out that it had the tightest elastic bands on it!
We spoke about being engineers, designing our catapults using various materials and demonstrated how our catapults worked at the school assembly.
Our school garden is a project we undertook as part of our Discover Primary Science and Maths project, and our sustainability project a number of years ago that has continued to be popular with pupils and classes.
Our landscaping skills have been put to to the test in planning and maintaining the garden and have even had parents in to help with plants and ideas.
Being adjacent to our infants yard, both junior and senior infants are constantly on patrol for guests who have escaped from our bug motel, ensuring they are returned to their rooms uninhibited. It is often with delight children will carry worms and critters to teachers during break time to ask if they can be returned to the garden!
We cant wait for the next few months to see all the wonderful foliage that springs up in our garden.