This week in class we have been working on different leadership styles, I have made a DLO about the leadership styles too.
I am a student at in Uru Mānuka. In 2020 I was a year 9 and in 2021 I will be a year 10. This is a place where I will be able to share my learning with you. Please note....some work won't be edited - just my first drafts, so there may be some surface errors. I would love your feedback, comments, thoughts and ideas.
Sunday, 1 November 2020
Leadership Styles
Friday, 11 September 2020
Hannah Höch - Art
For the past week or s in art I have been working on a couple of scrap books inspired by Hannah Höch, the learning we did was about Hannah Höch and her artwork, I have made 4-3 but some are or have a little twist of artwork or things I like, we had to make a photomontage of them all connected together.
We were meant to at least make 8-9 but I cut mine down to 3-4...
I made these because I like the look of how it is aesthetic and kind of my favourite colours. If so can I have feedback on my work, on if its a little too or doesn't have much Hannah Höch's artwork style in it or something.
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Monday, 3 August 2020
Middle Ages - Hurumanu 3
Medieval Punishment
Many tortures and cruel punishments were used in medieval times. These included…
These included:
Beheading, believe it or not, but in the middle ages, it would have been the most honorable and quickest execution…
Burning.
Hung, strung, and quartered.
Hanging.
Stretching.
Boiling to death.
The wheel.
But one gruesome punishment that is cruel enough to get the truth out of someone or that is maybe the most painful would maybe perhaps the most brutal of all execution methods is hung, strung and quartered. This was traditionally given to anyone found guilty of high treason. The person who did what they did would be hung and just seconds before death released then disemboweled and their organs were then thrown into a fire - all while still alive.
This punishment would really only come to a person if they have done something very bad, maybe even worse than theft, maybe a crime that could bring you to punishment could be Homicide - (Murder or manslaughter)...
What life in the middle ages was like?
Interestingly, life in the middle ages was mostly divided the rich and poor were separated in how they lived, while the rich-(King, Clergy/Nobleman) lived in a castle they got to have showers every day and having more than enough food, then the poor-(Farmers/Peasants) having barely enough money for food, or couldn’t shower every day.
This was important because it shows how life would suck so much to be poor and how the poor lived, or maybe how it was hard to be a peasant in the middle ages...
Thursday, 30 July 2020
Diffusion - Hurumanu 3
Aim: Investigate if particles diffuse faster in hot or cold water.
Hypothesis: I think... I think that the hot water will diffuse or make the Potassium Permanganate will spread faster in the hot water...
Because the hot water would make the particles move faster than the cold water.
Method: Fill up 2 Petri dishes with water, one hot one cold then drop potassium permanganate in both of the Petri dishes, then wait for your result-( Do Not Stir).
Particle Theory:
1. Particles make up everything
Results: The dish with the hot water spread more because of how fast the particles where moving...
Discussion: I think it happened because when particles are in a hot environment it tends to move faster than when it is in a colder environment...
Thursday, 25 June 2020
Hurumanu - Evaporation, Condensation, Distillation...
1. A mixture of coke and water was heated in a conical flask…
2. The water evaporates leaving the coke behind…
3. The water vapor flows through the delivery tube…
4. Heat the solution until most of the solvent has been evaporated. Turn off your element…
Thursday, 18 June 2020
Hurumanu - Evaporation Experiment - 2020
Evaporation is... It is when a liquid is turned into a gas.
Aim: The aim is to Evaporate Copper Sulfate- (blue liquid)...
To separate the mixture...
Solute? Solvent? Solution? Mixture...
Hypothesis: I think what will happen is the (Blue Liquid) in the Copper Sulfate will somewhat disappear a little, there will probably...
Equipment: Copper Sulfate Solution, 250ml beaker, Heat Proof Mat, Evaporating basin, Element.
Method:
1. Set up Element...
2. Add 100ml of hot water to the beaker and place it on the element...
3. Add Copper Sulfate to the evaporating basin until it is quarter full...
4. Carefully place the evaporating basin on top of the beaker...
5. Turn on the Element to 2, maybe in a while bumping the element up to 6...
6. Heat the Solution until most of the Solvent ha been evaporated and crystals of solute forming...
7. Turn off the element- be careful of the beaker, it will be hot for a while...
Observation: As time goes by we see that inside the beaker there where bubbles forming, and maybe a few drops of water & you can slightly hear the small bubbles popping or the sound of boiling happening...
Thursday, 11 June 2020
Hurumanu - Dilution Experiment...
We did this dilution experiment because or to explain or learn how dilution works, we were doing something or using a method called Serial Dilution...
It means we repeated this process for a while...
Aim: To make a dilution series to investigate concentration...
Equipment: A Potassium Permanganate crystal, Six large text tubes, Tweezers, A plastic transfer pipette, A test tube rack, 10ml measuring cylinder, Spatula...
Method:
1. Place the six test tubes in the test tube rack, Label the rack with numbers 1-6
2. Using the measuring cylinder, fill test tubes 1 with 10ml of water, fill the other test tubes with 5ml of water.
3. Using your tweezers, add a single crystal of potassium permanganate to test tube 1.
4. Gently shake the test tube until the crystal has dissolved.
5. Using the transfer pipette, carefully remove 5ml from test tube 1 and pour it into test tube 2.
6. Rinse the transfer pipette thoroughly to ensure that no purple solution remains.
7. Gently shake test tube 2 and repeat the transfer process, transferring exactly 5ml of the solution to test tube 2 to test tube 3.
8. Rinse the pipette again and repeat the transfer process for test tube 4, 5, & 6