The Columban Issue 33 - St Columba's School
The Columban Issue 33 - St Columba's School
The Columban Issue 33 - St Columba's School
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6 | arOuND THe scHOOl THe COLuMbAn ISSue <strong>33</strong><br />
Challenge Week<br />
(Ms Kirsty brash)<br />
Challenge permeates all that we do at <strong>St</strong> Columba’s and this<br />
was celebrated during Challenge Week, which took place<br />
between 28th november and 2nd December. Pupils were<br />
encouraged to take their thinking further by developing skills<br />
in critical thinking and making meaningful connections<br />
between disciplines in order to tackle problems and consider<br />
ways forward.<br />
<strong>The</strong> <strong>School</strong> welcomed guest speakers, including Rob Maslen,<br />
Lecturer in english Literature at Glasgow university, who<br />
conducted workshops in Shakespearean tragedy and the<br />
themes of art and nature in <strong>The</strong> Tempest and <strong>The</strong> Winter’s Tale<br />
with SV and SVI english students respectively. Claire Cassidy,<br />
of <strong>St</strong>rathclyde university, challenged pupils across the year<br />
levels to reflect upon ethical dilemmas through a series of<br />
philosophical discussions. Faculties also participated with a<br />
series of competitions and opportunities for pupils to present<br />
Physics Challenge<br />
(Dr Iain spencer)<br />
<strong>The</strong> Physics Department challenged SV and SVI pupils to<br />
explain the physics of a photo they had taken. As always, we<br />
were impressed at the way that <strong>St</strong> Columba’s pupils accept<br />
and take on a challenge like this in a manner which makes us<br />
proud of them time and time again. <strong>The</strong> standard of entries<br />
was excellent and exceeded our expectations. <strong>The</strong> judging was<br />
based on the effort made to produce the photo and the quality<br />
of the explanation. Since the submissions were of such a high<br />
quality, this made the judging very difficult, but in the end the<br />
winners were chosen to be –<br />
Douglas barclay<br />
Sammy Rose<br />
Mark McGregor<br />
sammy rose’s entry<br />
“This picture was taken when a pan of water boiled over<br />
onto an aga hotplate. <strong>The</strong> small water droplets appear to be<br />
floating, whilst the larger are partially suspended. <strong>The</strong> effect<br />
of the droplets floating is caused by the bottom layer of the<br />
droplet vaporising instantly when it comes in contact with<br />
the hotplate. To allow the expanded volume of water vapour to<br />
escape, the drop appears to jump. <strong>The</strong> minuscule weight of the<br />
small droplets allows them to be lifted high by the vapour. As<br />
the layer of vapour suspends the droplet, it becomes insulated<br />
against the heat. <strong>The</strong> small droplet of water can therefore be<br />
observed skittering across the hotplate for a prolonged period<br />
of time, until eventually evaporating completely.”<br />
research and thoughts on particular areas of interest to them:<br />
examples included the Physics challenge to photograph an<br />
aspect of everyday life and, using understanding gained<br />
through Physics, to explain relevant phenomena; the Music<br />
Department’s challenge to pupils to take up a new instrument<br />
for the week (So you think you can play…?) and the Psychology<br />
investigation into the baffling concept of national identity.<br />
<strong>The</strong> Technology Department ran a Dragon’s Den competition,<br />
which challenged pupils to invent a new and original product<br />
and convince harsh judges of its value.<br />
We hope Challenge Week has helped to consolidate much of<br />
the hard work we have already done in teaching our pupils<br />
to expect and to embrace challenge and that what they have<br />
experienced will impact on their thinking and learning beyond<br />
this week.<br />
Mark McGregor’s entry<br />
“This is a picture of me scuba diving. <strong>The</strong> colours in the<br />
photograph are almost exclusively blue. <strong>The</strong> photo was taken<br />
at a depth of about 15 metres on an otherwise sunny day<br />
with good visibility. This clearly illustrates the absorption of<br />
sunlight in water. Absorption is greater for long wavelengths<br />
(the red end of the visible spectrum) than for short<br />
wavelengths (the blue end). <strong>The</strong> colour spectrum is rapidly<br />
altered with increasing depth. For example, white objects at<br />
the surface appear blue underwater and red objects appear<br />
very dark at depth.”