This was a place I shared my learning up to December 2021.From 2022 onwards I used a different blog platform.
Showing posts with label Semester 1 2020. Show all posts
Showing posts with label Semester 1 2020. Show all posts
Friday, July 3, 2020
Toothpick Squares | Money - Maths
Welcome to another post on my blog. Today in Money (Maths), we presented the work that we had been focusing on for two weeks. We were first given various problems and we had to choose one of them to work on as a group. We made a group of 4 and chose a problem, 'Toothpick Squares'. We were given a few questions (Slide 2) and we had to answer them.
Labels:
Maths,
Money,
Semester 1 2020,
Term 2 2020
Thursday, July 2, 2020
Where the Black Death fits in History | Chemicals and Chaos
Welcome to another post on my blog. After completing independent tasks in Chemicals and Chaos, we move on to the new topic, 'Black Death'. I got a textbook about 'Epidemics Through Time', where we had to do each chapter and each activity. The first chapter was 'Rap on with History', we had to read a timeline which had all main events including the 'Black Death'.
After we had to choose ten events from the timeline, including the Black Death, and we had to make our own mini timeline, and colour code the events;
After we had to choose ten events from the timeline, including the Black Death, and we had to make our own mini timeline, and colour code the events;
- Red - exploration and travel
- Blue - loss of life
- Green - religion
- Yellow - fighting
- Orange - political
Here is my timeline.

Facts of the 10 Events
- 100 Years' War - It's really not a hundred-year war, it's really 116 years; it would be a '116 Years' War
- Black Death (Europe) - It had an estimate to have killed 30% to 60% of Europe's population.
- Captain Cook arrives in New Zealand - He arrived in Zealand on 6 October 1769 and landed at Poverty Bay two days later.
- Battle of Waterloo - It was fought near Waterloo in Belgium, part of the United Kingdom and the Netherlands at that time.
- Treaty of Waitangi - It was first signed on 6 February 1840 and it was located in Waitangi.
- American Civil War - It was a civil war in the United States from 1861-1865. The first battle was the Battle of Fort Sumter and the final battle was the Battle of Palmito Ranch.
- Influenza Epidemic - The Spanish Flu was an epidemic from February 1918 to April 1920. I infected 500 million people, around a third of the world's population, in four successive waves.
- World War I - It was a war from 1914-1918; it started after the assassination of Austrian archduke Franz Ferdinand by South Slav nationalist Gavrilo Princip on 28 June 1918.
- World War II - It was a war from 1935-1945. The majority of the world's countries, including the great powers, formed to two opposing military alliances, the Allies and the Axis.
- First Person on the Moon - Neil Armstrong was the first person on the moon on 20 July 1969 after landing the Apollo 11.
Why are we studying this?
Chemicals and Chaos is a hurumanu including Chemistry (Chemicals) and Social Studies (Chaos); Chaos is about chaotic events around the world both in the past and present. Currently, we are learning about the Black Death. I think that we are studying the Black Death because it is one of the most devastating pandemics in human history.
Chemicals and Chaos is a hurumanu including Chemistry (Chemicals) and Social Studies (Chaos); Chaos is about chaotic events around the world both in the past and present. Currently, we are learning about the Black Death. I think that we are studying the Black Death because it is one of the most devastating pandemics in human history.
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020
Difference between a Pandemic and Epidemic?
Welcome to another post on my blog. Today, in Chemicals and Chaos, I move on from independent tasks to the 'Black Death'. We had an introduction explaining some keywords relating to the 'Black Death'; Epidemic, Plague and Outbreak.
After that, we were given a question to answer, 'What is the difference between a Pandemic and an Epidemic?'
A pandemic is a disease which is spread all over the world, such as the COVID-19 pandemic. Whereas an epidemic is a disease which is spread in a community, area or a country, such as the West African Ebola virus epidemic in 2013-2016.
After that, we were given a question to answer, 'What is the difference between a Pandemic and an Epidemic?'
A pandemic is a disease which is spread all over the world, such as the COVID-19 pandemic. Whereas an epidemic is a disease which is spread in a community, area or a country, such as the West African Ebola virus epidemic in 2013-2016.
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Epidemic vs Pandemic | Technology Networks Credit: https://www.technologynetworks.com/immunology/articles/epidemic-vs-pandemic-323471 |
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020
Tuesday, June 30, 2020
International Asteroid Day
Asteroids passing Earth Photo: ESA/Pierre Carril Credit: https://www.un.org/en/observances/asteroid-day |
Asteroid Day is a global event which is held on the anniversary of the Siberian Tunguska event that took place on 30 June 1908, the most harmful asteroid-related event on Earth in recent history.
Credit: https://jurnalspiritual.eu/ |
In December 2016, the United Nations General Assembly announced that it is going to be celebrated annually on 30 June every year. Asteroid Day aims to raise awareness about asteroids and what can be done to protect the Earth.
Asteroid Day returns with Asteroid Day LIVE Digital from Luxembourg. This year, the event is a fully digital celebration of asteroid science and exploration. There is going to be broadcast on 30 June 2020, starting at 10:00 pm (10:00 am UTC). The program will repeat multiple times per day from 30 June - 4 July.
Asteroid Day Live is streaming on Asteroid Day TV, ad the detailed program can be found on the Asteroid Day website. After Asteroid Dat, the different panels will be available on that website, as well as on YouTube.
There are over one million asteroids in space that could possibly strike the earth, but modern scientists have only identified about one percent of them. To fight this, Asteroid Day’s founders, as well as a host of skilful scientists, created the 100X Asteroid Declaration. The declaration aims for scientists to work to increase the rate of asteroid discovery to 100,000 per year within a decade. International Asteroid Day aims at giving the word of declaration and helping fellow Earthlings prepare for a potential asteroid impact.
References:
Labels:
Asteroid,
Earth,
Semester 1 2020,
Term 2 2020
The Production Line | Business Studies
Welcome to another post on my blog. Today, I finished a research task in Business Studies. It was about 'The Production Line'. In this research task, we had to include some questions that we were given. I had completed this research with two friends. I hope you like it.
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The Ford assembly line in 1913. (Wikimedia Commons/public domain) |
Labels:
Business Studies,
Semester 1 2020,
Term 2 2020
Rap on with History Timeline | Chemicals and Chaos
Welcome to another post on my blog. After completing independent tasks in Chemicals and Chaos, we move on to the new topic, 'Black Death'. I got a textbook about 'Epidemics Though Time', where we had to do each chapter and each activity. The first chapter was 'Rap on with History', we had to read a timeline which had all main events including the 'Black Death'.
After, we had to choose ten events from the timeline, including the Black Death, and we had to make our own mini timeline, and colour code the events;
After, we had to choose ten events from the timeline, including the Black Death, and we had to make our own mini timeline, and colour code the events;
- Red - exploration and travel
- Blue - loss of life
- Green - religion
- Yellow - fighting
- Orange - political
Here is my timeline.

Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020,
Timeline
Monday, June 29, 2020
Mount Vesuvius | Chemicals and Chaos
Welcome to another post on my blog. In today's post, I am sharing another independent activity that I completed in Chemicals and Chaos. This activity that I had chosen was about the famous eruption of Mount Vesuvius in the year 79 AD. The disaster in Pompeii had killed more than two thousand and left the city abandoned for many years. We had to create a newspaper article about the eruption.
Newspaper Article, click here
Newspaper Article, click here
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The Eruption of Mt Vesuvius Credit: https://storyworks.scholastic.com/issues/2019-20/120119/the-eruption-of-mt-vesuvius.html |
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020
Matariki | Wānanga
Welcome to another post on my blog. Today in Wānanga, we learnt about Matariki. I had written something about Matariki that I had to share, I hope you like it.
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Matariki Creator: Fraser Gunn Credit: https://www.kiwifamilies.co.nz/ |
Matariki is one of the most important Māori celebrations - it is a celebration of people, culture, language, spirituality and history. Matariki is the Māori New Year. Matariki can be translated as: Mata Riki - Tiny Eyes or Mata Ariki - the Eyes of God.
Matariki is the Māori name for a cluster of stars. It is known in other parts of the world as Pleiades, Subaru, Seven Sisters and Messier 45. Matariki is the shoulder of Taurus the bull, a constellation of stars.
Before Māori had calendars, they tracked time by using events that happened in the natural world like the flowering of plants or the movement of stars in the sky. Matariki reappears in the northeastern pre-dawn sky in late May or early June. This is the Māori New Year and it is a sign of a change in season to winter.
Māori believed that if stars in the cluster were clear and bright, then it would be a warm season with a lot of food. If Matariki looked hazy or shimmering, then it would be a cold and difficult season.
There are different names for each of the Matariki stars and these vary between tribes. These are the names commonly used: the brightest star is also known as Matariki (Alcyone); the other six stars are: Tapu—ā—rangi (Electra), Waipuna—ā—rangi (Taygeta), Waitī (Maia), Uru—ā—rangi (Pleione), Tupu—ā—nupu (Atlas) and Waitā (Merope)
Matariki was celebrated at the end of the harvest season. It was a time when the pātaka kai (storage house) was full of food. There was kūmara, kererū and fish such as moki and korokoro. During the celebration, there was a big Hākari (feasts). People came together to remember the past, their ancestors and to learn about their whakapapa (ancestry). Māori would plan for the future and prepare the whenua (land) for planting. Whānau (family) would share songs, traditions and stories.
There are many myths and legends that relate to Matariki. One tells of Tāwhitimātea, the God of Wind, getting so angry that he threw his eyes into the sky. Another explains the story of a mean fisherman that captures 7 fish and Tane, the God of Light, rescues them, throwing them into the sky where they become stars. Some believe Matariki is a mother star surrounded by her six daughters.
Now, Matariki is a time to celebrate Aotearoa and everything Māori. We can learn about our land and our whakapapa (ancestry). Matariki is celebrated through education, remembrance and the planting of new trees and crops. It is a sign of new beginnings. Lots of celebrations focus on music, songs, dance, food and family. You can celebrate in traditional Māori ways or choose your own way to celebrate.
Labels:
Semester 1 2020,
Term 2 2020,
Wānanga
Thursday, June 25, 2020
Tsunami | Chemicals and Chaos
Welcome to another post on my blog. Today, I finished a class task for Chemicals and Chaos. The class task was about Tsunamis. We first watched a movie about Tsunami's and then was given an activity to do.
World’s tallest tsunami was chaotic. It was in Alaska in 1958. It was 530 meters high.
Task: Create a picto (picture) graph that shows how tall this Tsunami was compared to famous landmarks.

Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020,
Tsunami
Te Whiti-o-Rongomai and Tohu Kākahi | Chemicals and Chaos
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Parihaka Invasion Credit: https://teara.govt.nz/ |
Welcome to another post on my blog. Today, I finished another independent task for Chemicals and Chaos. The task was about Parihaka, a war which occurred on 5 November 1881. I had to create a poster on Te Whiti-o-Rongomai and Tohu Kākahi.
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020
Wednesday, June 24, 2020
#SolarEclipse2020
Alamata, Ethopia #SolarEclipse2020 Credit: https://twitter.com/Landoforigins/status/1274567772471730176/photo/1 |
An annular solar eclipse occurred on, June 21, 2020. A solar eclipse occurs when the Moon crosses the Earth and the Sun; thereby, partly or totally covering the image of the Sun for an observer on Earth. An annular solar eclipse occurs when the Moon's apparent diameter is smaller than the Sun's, blocking most of the Sun's light and making the Sun look like an annulus (ring). An annular eclipse looks like a particle eclipse over a region of the Earth thousands of kilometres wide.
The eclipse went through central and northeast Africa, Saudi Arabia, Pakistan, northern India, and southern China including Taiwan. But rather than totally blocking the sun, it would leave a "ring of fire" from the sun at the maximum point.
There was an event live stream for people who don't have the eclipse in their country. The eclipse started at 5:45 pm (NZDT).
The eclipse was seen in the northeast of the Republic of Congo at 5:56 am (local time), 4:56 am (GMT), just a few minutes after sunrise.
That was the point of maximum duration, with the blackout lasting 1 minute and 22 seconds.
Going more east across Asia and Africa will reach it's "maximum eclipse", which a perfect solar halo around the Moon, over Uttarakhand, India near the Sino-Indian border at 12:10 local time (6:40 GMT). The alignment of the Earth, Moon and Sun was visible only for 38 seconds.
For Oman and India, it was the second annular eclipse 6 months after the 26 December 2019 eclipse.
Florent Delefie, an astronomer and the Paris Observatory told AFP, "The annular eclipse is visible from about two percent of Earth surface"
Florent Delefie, an astronomer and the Paris Observatory told AFP, "The annular eclipse is visible from about two percent of Earth surface"
He added, "It's a bit like switching from a 500-watt to a 30-watt light bulb. It's a cold light, and you don't see as well."
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Animation of the solar eclipse Attribution: NASA / Public Domain Credit: https://commons.wikimedia.org/wiki/File:SE2020Jun21A.gif |
Astrophysicist Fred Espenak, an expert on eclipse prediction, commented on the NASA Eclipse website. "Good weather is the key to successful eclipse viewing. Better to see a shorter eclipse from a clear sky than a longer eclipse under clouds."
A solar eclipse always occurs about two weeks before or after a lunar eclipse, when the Moon moves into Earth's shadow. Lunar eclipses are visible from about half of Earth's surface.
There's a second solar eclipse on December 14, 2020, over South America. Because the Moon will be closer to Earth, it will block on the Sun's light entirely.
Sources:
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🌍,
🌞,
Earth,
Moon,
Our Sun,
Semester 1 2020,
Solar Eclipse,
Term 2 2020
Parihaka - Day of Plunder | Chemicals and Chaos
Welcome to another post on my blog. Today, I finished another independent task for Chemicals and Chaos. The task was about Parihaka, a war which occurred on 5 November 1881. I created a presentation showing things that happened in Parihaka.
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020
Tuesday, June 23, 2020
Badminton | Physical Education
Welcome to another post on my blog. In PE today, we played Badminton.
So firstly, we did a few warm-up activities that would charge us up. There were several activities that were given that we had to do such as, burpees - 10, push-ups - 5, planks - 5, reverse planks - 5, skipping ropes - 60, running on the spot - 30s and more.
Next, we set up to play Badminton. First, we got the poles and nets ready, then the rackets and the shuttlecock, then we started playing for half an hour.
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Badminton Credit: https://www.cobham.school.nz/ |
Labels:
Physical Education,
Semester 1 2020,
Sport,
Term 2 2020
Monday, June 22, 2020
The Moon Vanished 900 Years Ago, Why?
When the Sun goes down, the Moon appears up. At least it regularly does. But what it stays like that for days?
Something quite so strange transpired one night in May 1110, the moon appeared to disappear. The Anglo-Saxon Peterborough Chronicle recorded,
“On the fifth night in the month of May appeared the moon shining bright in the evening, and afterwards by little and little its light diminished, so that, as soon as night came, it was so completely extinguished withal, that neither light, nor orb, nor anything at all of it was seen”.
Even with the moon’s disappearance, the stars blazed brightly, so the skies were certainly clear of clouds that night.
Clouds weren't the problem; if they were, the scribe wouldn’t go in detail to how bright and twinkling the stars seemed while the moon faded from view. Nor was the moon being eclipsed by Earth's shadow; if it was, the skywatcher would have seen the orb become a coppery "blood moon," not an eerie blank spot in the sky.
When the sun goes down, the Moon appears up. At least it regularly does. Until science unveiled the Earth’s rotation, many ancient mythologies often described this rare occurrence as some kind of solar chariot crossing the sky from dawn to twilight, with a lunar chariot taking off when it went into darkness. Something that is just this expected regularly goes by secret until it doesn’t happen. The scarcity of the moon that night was terrifying, and apparently triggered everything from unfortunate weather to starvation across the planet. Now scientists reasonably understand why, volcanoes.
This remarkably exceptional phenomenon has occurred in severe teamwork from scientists in an effort to find a purpose. The team went through historical archives, counted tree rings and more.
A new study by researchers at the University of Geneva in Switzerland believes it's a combination of volcanic ash and sulfur as well as colder weather that led to the Moon disappearing from sight.
Their findings were published in Nature Scientific Reports.
The researchers imply that a “‘forgotten’ cluster of volcanic eruptions” from 1108 to 1110, probably from Japan’s destructive Mount Asama, dumped a “dust veil” over Europe, which created the shadowy eclipse.
The crew searched over 130 sources from the 12th century for reports of the event, from England to France all the way to Japan. One of the longest and most detailed records comes from the Anglo-Saxon Peterborough Chronicle. It recalls,
“the moon shining bright in the evening, and afterwards by little and little its light diminished, so that, as soon as night came, it was so completely extinguished withal, that neither light, nor orb, nor anything at all of it was seen. And so it continued nearly until day, and then appeared shining full and bright.”
Now, here’s what’s really clever, and makes this report even more fascinating. The rings of the trees in England symbolised that the year 1109 was cold and rainy, (the year before the moon’s disappearance). This rain and coolness can be an outcome effect of global volcanos releasing dust and ash into the sky. If volcano eruptions cause lunar eclipses, and the ring trees suggested a recent eruption in 1109, it might just be case closed for that puzzling night in English, 1110.
Sources:
Labels:
Moon,
Semester 1 2020,
Term 2 2020
Distillation | Chemicals and Chaos
Welcome to another post on my blog. Today, in Science, we had done a Distillation experiment. Distillation is a scientific experiment used to show the process of condensation. In this experiment, we are using different types of coke, normal and zero.
Our group had given the Zero Coke to experiment. The test tube was solvent and it was crystal clear. The conical flask had some darkness, which meant that it had some sugar in it. When we saw the normal coke after the experiment, it was mostly dark, which meant that it had lots of sugar in it.
I think that the experiment worked. My hypothesis for Coke was correct, it stayed the same. My hypothesis for Coke Zero was incorrect because I said that it will change a bit, but it didn't.
Aim: To separate a solute from a solvent in a solution using distillation.
Hypothesis:
Coca-Cola - Will stay the same
Zero - Will change a bit
Equipment
- Element
- Conical Flask
- Heatproof Mat
- Delivery tube and bung
- Retort stand
- Boss Head and Clamp
- Boiling Tube
- Normal Coke
- Coke Zero
- Ice
Method:
Results:
![]() |
Coke Zero After Experiment |
Discussion:
We started with the solution of coke and conical flask. Start the element, pour the coke in the conical flask. Next, put the delivery tube on the conical flask. Put the boiling tube on the boss head and clamp. Put ice in the beaker. Place the beaker on the retort stand.
When the water was boiling because it had heat underneath, steam was coming up, which meant that it was evaporating.
Conclusion:
I think that the experiment worked. My hypothesis for Coke was correct, it stayed the same. My hypothesis for Coke Zero was incorrect because I said that it will change a bit, but it didn't.
Labels:
Chemicals and Chaos,
Chemistry,
Science,
Semester 1 2020,
Term 2 2020
Friday, June 19, 2020
The Coronavirus Pandemic
Novel Coronavirus SARS-CoV-2
|
The Coronavirus disease (COVID-19) is an infectious disease caused by SARS-COV-2 (severe acute respiratory syndrome coronavirus 2). This deadly virus was first identified in Wuhan (China's Hubei province capital), China and has spread globally, resulting in an ongoing pandemic. As of 19 June 2020, more than 8.56 million cases have been reported across 213 countries and territories, rising more than 455,000 deaths. More than 4.5 million people have recovered.
For more information about the dangerous virus, please look at the slide.
References:
Labels:
Semester 1 2020,
Term 2 2020
Happy World Environment Day!
Welcome to another post on my blog. At the start of this month (June), in the global pandemic, the world celebrated 'World Environment Day'. It is a day encouraging awareness and action for the protection of the environment.
World Environment Day is celebrated on 5 June every year in more than 100 countries and is one of the most popular days on the United Nations calendar. It is observed to raised awareness and promotes on environment issues.
World Environment Day 2020 Logo |
World Environment Day was hosted by Colombia (in partnership with Germany) this year and the theme was ‘Biodiversity’. Biodiversity gives the basic foundation of preserving life on Earth and human development. Biodiversity explains the quality of life on Earth. It contains the 8 million species on the planet; from plants and animals to fungi and bacteria - the ecosystems that house them; and the genetic diversity between them.
Since 1974, this has been celebrated every year on 5 June: attracting governments, businesses, celebrities and citizens to concentrate their efforts on an important environmental issue.
World Environment Day was founded by the United Nations General Assembly in 1972 on the first day of the Stockholm Conference on the Human Environment, rising from discussions on the integration of human interactions and the environment. Two years later, in 1974, the first World Environment Day was held in Stockholm, Sweden with the theme “Only One Earth”.
If you want to know more about World Environment Day, here is the official website.
References:
Labels:
🌍,
Earth,
Semester 1 2020,
Term 2 2020
Thursday, June 18, 2020
Opportunity Cost | Business Studies
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Opportunity Cost Credit: https://www.marketplace.org/2013/06/13/opportunity-cost-simple-whiteboard-explainer/ |
Labels:
Business Studies,
Semester 1 2020,
Term 2 2020
Wednesday, June 17, 2020
Table Tennis and Juggling | Physical Education
Welcome to another post on my blog. A few weeks ago in PE, we spent some time on table tennis and on coordination like juggling. There were a few tasks for each of them.
For table tennis, we had to do a rally against a partner of 10 and 20. Then, do 10, then 20 rebounds of table tennis on the wall; means hitting the ball back to back against the wall 20 times. I got that through pretty quickly, so I went on to rally against a partner as long as we could; my partner and I went a rally for 25 hits.
After table tennis, we go to our second rotation which is juggling. We had to do juggling with scarfs and then hacky-sacks. First, we were given instructions on how to do the juggling. We were given two scarfs to juggle with one hand; then 3 scarfs with two hands and lastly 4 scarfs with two hands. After completing that, we had to do that same rotation with hacky-sacks instead of scarfs. I got up to 3 scarfs with two hands but could not complete that.
There were a few lessons including table tennis and juggling. As more lessons followed, the teacher challenged to do how much we can do a rally without getting them out, we got 30!
From this experience, this has thought me to try something new, because I haven't tried table tennis and juggling; also to be resilient and never give up in a new topic.
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Table Tennis Credit: https://wallpaperaccess.com/ |
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3 Juggling Scarfs Credit: https://www.megaform.com/ |
There were a few lessons including table tennis and juggling. As more lessons followed, the teacher challenged to do how much we can do a rally without getting them out, we got 30!
From this experience, this has thought me to try something new, because I haven't tried table tennis and juggling; also to be resilient and never give up in a new topic.
Labels:
Physical Education,
Semester 1 2020,
Term 2 2020
Sunday, June 14, 2020
September 11 Attacks | Chemicals and Chaos
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9/11 Attacks Credit: https://www.history.com/topics/21st-century/9-11-timeline |
The task was to: Create a timeline using Visme or use A2 paper and draw one. Use the information from the video and the timeline link to help you complete activity.
Made by Khush
Labels:
Chemicals and Chaos,
Semester 1 2020,
Term 2 2020,
Timeline
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