(Insert Awesome mPOL Here)

Hello, Internet.

So it’s time for another mPOL (Or SLC if you prefer). This time around, we’re focusing on the question “How are you going to progress as a learner before the end of the school year?”.

Before I can look at how to progress, however, I have to take a look back at the work I’ve already done this year.

We have five PLP classea this year: math, science, maker, humanities and planning 10. We’ve done various projects across those subjects, but I’m going to focusing on a few of them.

One of the places that I’ve been struggling this year has been scimathics. I haven’t had trouble with the material, but I’ve found it awkward to adjust to a style of learning math and science that requires you to be able to apply those skills to other things, or to draw upon other skills during projects and assignments. While it makes sense to do these things, especially in PLP, I’m someone who prefers to have math and science tests, or at least a more even mix of tests and projects, rather than just projects, and I haven’t been enjoying the class that much. I also feel, however, that I’ve been slacking in those classes; doing sloppy work on projects that confuse me, or handing in assignments late, both of which are things that I don’t want to do this term.

 

One project that I actually really enjoyed, and felt I did well on this term was the Social Justice podcast, in which my group focussed on Indigenous Rights. What I wanted to do originally for this project was a different subject, and I was disappointed not to be able to have my first choice, but when I got over that and started putting effort and energy into the project, I ended up learning a lot, and I felt proud of the work I was doing. Feeling good about the work I was doing made it enjoyable, so I kept on doing well.

 

A project we’re currently working on is Destination Imagination. This has been something that I’ve found to be stressful in the past, and that I wasn’t particularly looking forward to this year. We’re in a stage of DI that requires going through some paperwork and doing some research, and it has been stressful, as per usual. However, that may be at least in part due to my own attitude towards and experiences with DI, and not the actual work itself.

 

Which brings me to the answer to my question: the way that I want to progress as a learner this year is to learn how to adapt, roll with the punches, and change my attitude about things even if they’re not exactly what I want. If I focus on changing my own attitude, instead of worrying about the things that I can’t change, I’ll have a better chance of being happy with the work that I’m doing.

Toodles.

 

(Insert Awesome Winter Exhibiton Here)

Hello, Internet.

So, we’ve been working on podcasts throughout the year. For our winter exhibiton project, we did a set of interviews: one with a grade twelve PLP student, one with a family member or close family friend, and one with someone who attended the exhibition.

 

We each worked on this project with a grade twelve counterpart who helped us edit our podcasts, prepare for the exhibition, and found people at the exhibition for us to Interview.

 

The interviews we did were based off the style of StoryCorps, an organization that does short interviews with everyday people about their everyday lives, working from the philosophy that everyone has a story. We listened to some StoryCorps interviews in order to learn a little bit about their style, and the type of questions we should be asking.

 

Our first job was to interview a grade 12 PLP student. I interviewed Michael Sutherland . For this interview, we had to come up with a list of questions, and as we were working with the grade 12s, we were allowed to tailor our questions specifically to whatever story they wanted to tell. In this case, Michael told the story of how he got, disliked, and came to like his job– a theme that I held up throughout the rest of my interviews.

Our second job was to interview a friend or family member. I interviewed my mum, Celia, about her time working in a courthouse. She talked about her experiences working there, and the judges that she worked with.

The third thing we did was the exhibiton interview. For this interview, we split off into pairs, and each pair of grade ten students, as well as their grade twelve counterparts, was given a room in which to interview people. We were told to make our rooms look “cozy and comfortable”, so we put lots of lamps and fairy lights, brought a couch up from the theatre, put blankets and pillows on the couch, and added a touch of holiday spirit via a mini Christmas tree with a picture of David Boreanaz on it.

 

Then we took it in turns to interview the people our grade twelves brought back. I interviewed three people, but I decided to use my final interview, in which I talked to Kym Bontinen about being a nurse, and teaching other people how to nurse.

While I enjoyed some parts of the interviews, I found interviewing people without a very stagnant set of questions to be difficult. I also found it difficult to get clear audio. These are things that I would like to improve on in the future.

 

Toodles.

(Insert Awesome Hot Sauce Here)

Hello, Interest,

So we just read a book called Little Brother . It focussed on a boy who got blamed for a terrorist attack, arrested and treated unfairly, and decided to rebel against the government that captured him. Actually, he was a bit of an idiot. The book, however, was enjoyable.

 

 

The book related back to our driving question for this unit, “how has technology acted as a disruption with its creation throughout history?”, and to our ongoing theme of identity.

And it’s about a part of the identity of one of the characters from Little Brother that I’m writing this post now. The book featured a character called Ange who loved hot sauce, enough for it to be a part of who she was. She even spent a significant amount of time building up an immunity to hot sauces which, she explained, ranked high on the Scoville Heat Scale.

You might not be sure what the Scoville Heat Scale is. Luckily, I have an explanation for you:

The Scoville Heat Scale, named after Wilbur L. Scoville, is a basic representation of the heat/hotness/spiciness of different hot peppers, hot sauces, or dishes containing large amounts of said peppers or hot sauce. The literal thing that it’s measuring is a pepper’s concentration of capsaicin, which is the component that makes human beings feel heat.

At the bottom of the scale (at literally zero) would be something like a sweet pepper, which does not contain capsaicin, and therefore isn’t hot. Closer to the top would be certain types of chili peppers that can reach over 300, 000 Scoville units. What this means, essentially, is that in order to make the amount of capsaicin in a pepper of this kind undectable to a human, extract from that pepper would have to be diluted in sugar water by a ratio of 1: 300, 000 units of water. Diluting pepper extract in sugar water and tasting it in order to determine how hot it was is a procedure that was created and used by Wilbur L. Scoville, hence the Scoville scale being named after him. He would usually have a panel of five judges testing the water and reporting back on whether the capsaicin was detectable or not.

Even within one type of pepper, the actual amount of Scoville units can differ based on a few different variables. Examples of these variables include how many hours of sunlight it had while growing, and what temperature it was grown at, how much moisture it contains, and the general chemistry of the soil it was grown in.

A Red Savina Habanero that reached 577, 000 Scoville units claimed the place of hottest pepper ever known, until a pepper was created that reached 1,001, 304 Scoville units, and even that was kicked out of first place by a pepper reaching 2.48 million Scoville units, which is what currently holds the title of hottest pepper.

In order to further aid my research on the Scoville Heat Scale, I decided to try some hot sauce myself. To my knowledge, I’ve never had hot sauce before, and I definitely haven’t had it straight up. I asked a friend of mine to film me trying some hot sauce that allegedly stands around 100, 000 Scoville units to see if I would burst into flames.

A while later, I decided to try the Scoville method of diluting hot sauce in sugar water. I definitely didn’t use enough to fully get rid of the hotness, but it did help tone down the immediate taste and left just the hot aftertaste.

All in all, I’d say I’ve proved to not be quite the hot sauce afficianado that Ange was, but at the very least no smoke came out of my ears. Learning about the Scoville scale gave me an interesting insight into the identity of this character.

Toodles.

(Insert Awesome Ratio Here)

Hello, Internet.

So, recently in math we’ve been learning about the golden ratio, and the Fibonacci spiral. The golden ratio, 1:1.61803398875, is a ratio that appears in many famous structures and shapes, as well as in a lot of places in nature. The Fibonacci spiral is a spiral that follows this ratio.

We did a project around aesthetics that involved creating something (a drawing, model, song, etc.) that showed the golden ratio and Fibonacci spiral. I wanted to see if the spiral could help me draw more realistic facial anatomy, so I drew a girl’s head from the side. Then I added in clouds that have the Fibonacci spiral in them, and a sidewalk made of rectangles that adhere to the golden ratio.

This was my write up for the project:

In order to display both the golden ratio and the Fibonacci spiral in my work, I started out by drawing a girl whose head and ear line up with the Fibonacci spiral, then added in background details such as the clouds, which each have three Fibonacci spirals within them, and the grass, which has stripes that demonstrate the golden ratio.

I zoomed in on the screen in order to measure as accurately as possible, and measured the long side of one of the grass stripes to be about 3.4 cm, and the short side to be 2.1. The ratio between these two numbers is approximately equal to the golden ratio (1:1.61803398875). I drew a rectangle around the main Fibonacci spiral in the right cloud, and measured the long side to be 8 cm, and the short side to be 4.9 cm. The ratio between these numbers is also roughly equal to the golden ratio. I drew a rectangle around the Fibonacci spiral lining up with the head and ear of the girl depicted in the drawing, and measured the long side to be 10 Cm and the short side to be 6.2 Cm. The ratio between these two numbers is also approximately equal to the golden ratio.

I think the spiral did successfully help me draw a good-looking drawing using facial anatomy, so I would consider this project successful.

Toodles!

(Insert Awesome Reconciliation Here)

Hello, Internet. Merry December. The classroom is full of fairy lights and poinsettias, students are wandering the halls in Santa hats and festive jumpers, and everyone’s getting ready for the Winter Exhibition.

However, that’s not what this post is about. This post is about
Social Studies. More specifically, it’s about a socials project we’ve been working on concerning social justice throughout the history of Vancouver.

 

For this project, we were split into groups based on the specific topics we were interested in, and asked to create a podcast about our topic, and how it affected Vancouver, in the interwar years and now. My group’s topic was Aboriginal Rights.  Specifically, we focussed on two things: Residential Schools, and the Truth and Reconciliation Commission.

 

In order to get some firsthand information on residential schools and First Nations rights, we interviewed Joy Fontaine-Cramer over the phone. She gave us an insight into the lives of her parents growing up, and her job now. We had to cut down her interview in order to integrate it into our podcast properly, but listening to all of what she had to say was very interesting, and I wish we could have kept more of it in.

 

Our final project ended up going on SoundCloud, and we’ve sent it to Joy Fontaine-Cramer in the hopes that she can listen to it,

 

Now that we’ve finished the podcast part of our project, we’re working on writing essays that we’ll eventually amalgamate into a letter to send to Terry Beech. Each letter must address a problem related to our subject, and suggest a way to help solve that problem. For my group, we’re addressing the problem of stereotypes surrounding aboriginal peoples, with the suggestion to add discussion about these stereotypes into the BC curriculum in order to dispel them in the future.

 

Toodles!

 

 

(Insert Awesome Alley Here)

Hello, Internet.

So, last week was National History Week, and in order to celebrate it we did a mini history project. We worked in small groups to research the history, and particularly the namesakes, of different places around Vancouver. Each group chose one place to research that they thought was interesting or iconic. The place my group chose was Blood Alley.

We then made a video about that place, in the style of this video.

Now, while Blood Alley is a somewhat gruesome name, the history of the alley, originally known as Trounce Alley after Thomas Trounce, is much less sketchy than it sounds. It was a pretty normal alley that was renamed in the 70s during Gastown’s rénovation into a commercial heritage district, as it was believed the name Blood Alley would interest more people than “Trounce Alley”.

Rumours were then spread about the alley having a grisly past for pretty much the same reason: to attract tourists. An alley that was said to have been soaked with blood each night after the butchers threw buckets of blood down it, or that was the site of public executions, or was rife with fights and other violence, is much more interesting than just an alleyway that nothing super notable happened on.

Here is our full video detailing the history and namesake of Blood Alley:

Toodles!

(Insert Awesome DNA Here)

Hello, Internet.

So, in science, we’ve been learning about DNA and Genetics. We started out the unit by each making a mindmap of what we already knew, and ended the unit by making a mindmap of what we had learned. Here are my two mind maps.

Start:

End:

Our main project for the unit was to create a podcast that answered the question: If a set of identical twin girls married a set of identical twin boys and each couple had a child, would the children be identical? We did various activities

This is the final result of my project, which I did with my friend Ruby

Overall, I feel like the podcast could have been better in terms of production, but I learned a lot from this unit and I think our final project did a good job of showing that.

Toodles!

(Insert Safe Work Here)

Hello, Internet.

So, in Health and Career, we’ve been learning about work safety.

We started out by watching a video of a few different situations in which young adults were permanently injured due to improperly following work safety rules, and filling out some worksheets about job safety in our own respective work experiences, and the Occupational Health and Safety Regulation.

We also talked about the required training for different jobs, and how being trained thoroughly can help you stay safe at work.

We were supposed to have a guest speaker come in to talk to us about work safety, but they didn’t show, so we instead did an activity where we looked at different scenarios and figured out what was unsafe about them, and how they could have been made safe.

As part of our learning for this unit, we were each asked t create a visual to represent work safety. I drew some common safety related symbols (no fire, toxic chemicals, tripping or falling), and a girl giving a thumbs up.

We were also asked to talk about how we would each handle our own workplace safety. My current job has very little in the way of safety hazards, and is generally safe as long as you use common sense. However, for jobs in the future that might be more risky, I’ll make sure to stay out of potentially dangerous situations that I haven’t recieved proper training for, and to wear the appropriate safety gear and use safety precautions when needed. I’ll also keep aware of the fact that I don’t have to put myself in a situation in which I feel unsafe.

Toodles!

(Insert Awesome Solar Panel Here)

Hello Internet,

So recently in math we’ve been working on trigonometry. Mainly, we’ve been focusing on the trig ratios tangent (tan), sine (sin), and cosine (cos), and how to use them to calculate angles and side lengths within triangles. We started out learning what each ratio measured, using the pneumonic SOH CAH TOA to remember: Sine measures the ratio between the opposite side and the hypotenuse, cosine measures the ratio between the adjacent side and the hypotenuse, and tangent measures the ratio between the opposite and adjacent sides.

In order to demonstrate our understanding of these ratios and our ability to calculate angles, we each had to choose a location and find the ideal angle for a solar panel to operate in said location. Then we had to create a model (digital or physical) of the solar panel and the building it would sit on, and to label that model and give an explanation of why that angle and that place were optimal.

I chose to place my theoretical solar panel in Arviat, Nunavut, and to have it at an angle of 60 degrees.

Toodles!

Herbert Peterson, World War One, and the Identity of Canada

Hello, internet.

Recently, we’ve been making podcasts to show our learning about World War One. We were each asked to choose one soldier who fought in WWI, tell a story about their life, and answer the driving question: How did WWI shape Canada’s identity as a nation?

The soldier I chose to focus on was a man called Herbert Peterson. He disappeared in a battle in 1917, and his bones were found, identified and buried almost a century later. This story can be seen as a literal example of the way World War One has left us with “skeletons”; consequences and effects of the war that have not fully gone away even today.

In the process of making this podcast, I did research, wrote a script, and recorded a version with that script before realizing that I wasn’t telling the story the way I wanted to be telling it.

My original script started off as follows:

Hi. So, today we’ll be talking about World War One, and more specifically about the story of a soldier called Herbert Peterson.

Private Herbert Peterson was born in Scranton, Kansas, on December 18, 1895, to Julia and Charles G. Peterson. A little less than 21 years later, in Calgary, Alberta on February 22, 1916, he enlisted to go to war. On the day of his enlistment, notes were made of everything from his hair colour to the three small scars on his upper arm, and after a medical examination, he was declared fit to serve as a soldier. He served in the Alberta regiment of the Canadian Infantry.

While the information I started out with was interesting, and introduced Herbert Peterson, I thought it made the story feel a little boring as it played out. Eventually, I decided to start off the podcast with the interesting part of the story, then go back and explain the backstory later. I also decided to drop the introduction altogether, and I think the podcast is better for it.

Toodles.

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