Category: Ako | Learn

Rona and the Moon. (Recount)

Kia Ora i’m Jayden and this is my Rona and the Moon recount story.

Rona and the Moon

My Recount 

by Jayden Carroll

 

Once there was a woman named Rona and she was getting water with her hue (pot), Rona was sent to do this by her husband,Tamanuitera. Rona thought her husband was too lazy to do this and she was angry with him.

 

Rona walked a long way and eventually got to the forest with her hue but it was too dark and she tripped over a rock because she couldn’t see properly and hurt herself.  “Ouch,” she said.  All of her water in the hue was gone. SPLASH! Rona went back to the river and got more water in the hue and she was angry. She yelled at the moon Marama, for not giving her light.

 

Rona started to make her way back to the marae, but on her way there a couple of clouds got in the way of the moon.  Rona started to yell at Marama. Marama said “Be careful what you say, Rona,” with his quiet, soft and silky voice. 

 

Rona started to walk again and clouds went over the moon again, Rona yelled again and Marama didn’t warn Rona this time. He lifted her up into the night sky. Rona gasped, as she was afraid of heights. Marama calmed down a bit and said to Rona, “it will be alright,Rona, you’re fine” 

 

Rona stayed with Marama and they fell in love. Rona stayed with Marama.

 

When I did this there were different kinds of thing I went through like…

Something challenging that I did was remembering to make all of their names capitalised first letters of their names.

Something I found interesting in this story was the story of Rona and the Moon itself like its story line and lore.

Something that was easy was remembering all their name unlike the rest of the class arguing about what Ronas name is “Rona, Rono,Rona” and then there was me knowing it was Rona.

Ramp it UP! (or fall)

Hypothesis

I hypothesis is that the marble will roll further because it has more weight and depends on the height of the ramp.

 

Steps

Get something long like a one meter stick.

Then you get a ping pong ball and a marble and roll the down the ramp.

 

 

 

 

 

then it goes by it’s self.

And let go. Now your experiment is done!

 

Results

Rolls Marble Ping Pong Ball
1 15 21
2 17 19.3
3 13 20.1
Average 15 20.1

 

Conclusion

My hypothesis was incorrect and the ping pong ball went further but we went inside to do the test and our marble slipped through the little gap under a door and got stuck until the next day our teacher got it, he said he saw another ball too. The ping pong ball went further and i think it went further because the wind was pretty strong and pushed it a little bit.

Goodbye, thank you for your time. I hope you have a good day!

Kei Te Pēhea?

Hea-where

Kei Te Pēhea ahau/au?

Kei Te Pēhea koe?

Kei Te Pēhea ia?

How is he/she?

Ke te *feeling* ahou

 

 

pōuri-sad

pai-good

harikoa-happy

ora-well

rawe-exellent

makariri-cold

wera-hot

ngenge-tired

heahea-silly

pōrangi-crazy (bad way)

hiakai-hungry

hiainu-thirsty

hiamoe-sleepy

pukuriri-angry

pukumahi-busy

pukutākoro-playful

whakahī-proud

whakama-embarrassed

ihihi-exited

ohooho-surprised

rangirua-confused

hōha-bored/fed up

āwangawanga-anxious

maia-brave

mauiui-sick

mōrikarika-disgust

 

Paper Plane Experiment

Hypothesis (What I think will happen)

I think that the small plane will fly further because the way that you throw it

Background

Fairness is something that can make you have trust in scientists and other people to be equal

The first paper plane was made around 200 years ago.

The longest distance ever flown by a paper plane was 88.1 metres.

There are four forces that act on the paper plane when it is flying.

  • Thrust, how fast it is pushed
  • Lift, how much wing area can be pushed up
  • Gravity, pulls the plane down
  • Drag, slows the plane down

This video shows some information about how paper planes fly. I thought that it does a great job explaining how to make a great paper plane.

Equipment

  • A4 paper
  • A5 paper
  • Chalk
  • Metre stick

Steps

First start off with blank paper.

Then fold the paper in half.

Then unfold the paper.

Then make triangles.

Then make slightly deformed triangles.

Fold it in half

.

Fold the top parts.

Unfold the them to make them straight.

Now your finished!

 

Results(what we found out)

The plane was pretty good but my hypothesis was wrong the big plane went further.

The experiment was fun by it’s self but the room was to loud and it was annoying.

Conclusion

My plane went pretty far but it didn’t go the furthest in the class, this experiment was really fun and peoples planes kept hitting everyone and it was fun.

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