Monday, July 11, 2016

Ready, Aim, FIRE!!! : Part 2

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Konichiwa! Today I will be talking about some of my activities I did.

DANCING PUPPET
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This activity has to do with levers. What I needed was....

- Cardboard (I got some from a soda box.)
- Markers (Black, White, Red, Purple.)
- Scissors
- Paper Fasteners
- String/Yarn ( I used thread.)
- Tape
- 4 Pennies

I cut out the shape of what I wanted my puppet to be. The puppet I wanted to make was the Marionette from the game Five Nights at Freddy's. I cut out the shape of the puppets body and head, and decorated it. Then I cut out the arms and legs out separately and colored them in. To make the arms and legs move on the body, I taped a piece of  to the side of the arm that connects the arm to the body. I did the same thing to the other arm and the legs. Taking the 4 pennies, I taped one to the end of each arm and leg. Then I poked a hole in between the string and the penny for each arm and leg. The hole had to be closer to the string than the penny. Then I connected the arms and legs to the body with a paper fastener. To make the puppet dance, I just had to pull the strings.

How does it work? The arms and legs are like a seesaw. AKA a first class lever. The fastener is the balancing point, the penny is the load, and the string is the effort to lift the penny up. Easy!
FLOATING PING-PONG BALL
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This project was really simple, all I needed was a hairdryer, and my ping-pong ball. I put my ping-pong ball on the hairdryer and switched it onto normal. There are two things that are making the ping-pong ball float up. It's gravity and the air coming from the hairdryer. Gravity pulls down the ball and the air pushes it up. That's air resistance at it's work. If the pull of gravity and the push of the air are equal, the ball floats!


MARSHMALLOW SHOOTER
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Shooting a marshmallow? Are you sure that you can shoot a marshmallow? You can! With these items....
- 2 Toilet Paper Rolls
- 2 Rubber Bands (Thin)
- Pencil
- Duct Tape
- Hole Punch
- Scissors

I took my first toilet paper roll, and cut a straight line lengthwise down. Then I overlapped the roll to make it smaller, and taped it together. For the handle of the launcher, I punched two holes aligned in the top of the toilet paper roll, and slid the pencil in. Now that I'm done with the first roll, it's time for the second roll. Taking the scissors and the toilet paper roll, and cut two slits into the top of the roll. I did the same for the opposite side. Then I took the two rubber bands, and put one on each side. Taking tube 1, I slid it into the bottom of tube 2. To complete the launcher, all I had to do was slide the rubber bands on the pencil. I didn't have any marshmallows, but I did have mini ping-pong balls!
All I had to do was load a mini ping-pong ball into the launcher, pull back the pencil, and let go.

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I hope you enjoyed the post. If you did, please like and comment. In the next post I'll be unboxing a new tinker crate. Bye! <3
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Thursday, June 30, 2016

Ready, Aim, FIRE!!! : Part 1

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 Hey guys! Today I have a new post about trebuchets. I have a speed video for making the trebuchet. Then I'll talk about levers and their classes.

SPEED VIDEO: TREBUCHET
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NOT SO SIMPLE MACHINES
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Have you ever used something like a spoon to pry open some sort of container? If you've done that before, you used a lever! From tweezers to a broom, there are many different types of levers that are used for different things. They are very useful because they help do things people can't do, like crack a nut. If you are on a seesaw, and somebody bigger than you gets on the other side, he goes down, and you go up. How can you make him go up? Good Question! If the balancing point was closer to the bigger kid, you could lift him up easy as pie!The first person to figure out how to use a lever was a mathematician known as Archimedes. He was also a scientist, inventor, and engineer. One of his sayings was....
"Give me a firm spot on which to stand,
And I shall move the Earth."
 
You can lift almost anything with a lever, the further the balancing point is from you, the easier it is to lift an object. There are different levers with different jobs. I'm gonna talk about 3 lever jobs.

LEVER JOBS
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Some levers have a job for lifting things. Have you ever tried to lift 3 books with one finger? I know that it hurts! With a couple of pencils, you can lift the books with little effort! You just need to position the pencils like a seesaw.

Do you have a nutcracker? I do, and I know that nutcrackers are levers with a job for breaking things. Try cracking a nut faraway from the hinge. Now try it with the nut close to the hinge. What's the difference? Leave your answer in the comments below.

Last is the most common job for a lever.... moving things! Your arm is a lever! Put your elbow on the table and put your finger on your hand, then move your hand upward. Your hand moved your finger a lot! This is an example of your arm being a lever.

These levers belong to 3 different classes. The 1st class of levers is like a seesaw. Your effort is on the left, the load is on the right, and the balancing point is in the middle. The other two classes are way different. For the 2nd class, the effort is on the left, the balancing point is on the right, and the load is in the middle. Last, but not least, the 3rd class. The 3rd class is like the 2nd except the load and the effort switch places. Those jobs aren't the only jobs that people need help with. There are many other jobs and levers out there. Like builders say, "You need the right tool for the job!"
Class 3 is set wrong. Sorry.
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I hope you enjoyed my post about levers. In the post I'll be showing some of my activities. Bye guys! <3
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Thursday, June 23, 2016

12th Tinker Crate

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Greetings from the world of Tinker Crate! I have a new unboxing video. Enjoy the video! Sorry about the "Are we rolling?" There's something wrong with the original video.



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Hope you enjoyed the video. In the next post I'll have a speed video for making the trebuchet.
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Wednesday, June 22, 2016

Star of the Show! : Part 2

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 Hey again! Today I have two more stories and a special experiment.

This story is from Lakota Sioux, North America. It's called "Fallen Star and the Hand." Once upon a time, there was a Chief of the Lakota Tribe. He was a very selfish leader and didn't care about his people. So, the gods made the people in the tribe rip off his arm. His daughter was really upset because her fathers arm was ripped off. She declared that if anybody found the arm, she would marry him. The person that found the hand was a young warrior by the name of Fallen Star. He married her and they lived happily ever after.
 I think it should be called "Fallen Star and the Arm."

This story is a interesting one. It's called "The Herd Boy and the Weaver Girl." Long ago, a Sky King created the heavens. He decorated it with stars, and had his daughter weave the clouds. She was really exhausted after that because the sky was really large, so her father sent her to play in the stars. When the princess decided to swim in the Milky Way, she saw a handsome herd boy, he was watching his water buffalo graze. She lost track of time and her father found out why. He flooded the Milky Way so she couldn't see him again. She cried and cried until her father made an agreement. On the seventh day of the seventh month of every year, he would send out a flock of birds to make a bridge across the Milky Way.

BENDING LIGHT
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I hope you enjoyed this post. Please like and comment if you did. I will have a new unboxing video in the next post. Bye guys! <3
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Tuesday, April 19, 2016

Star of the Show! : Part 1



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Hey again! Today I have a brand new tinker crate about Fiber Optics.

FIBER OPTIC STARS
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 The materials for this experiment are....
  •  Battery pack
  •  Batteries
  •  Resistor
  •  Red jumper wire
  •  LED light bulb
  •  Illuminator box
  •  Sticky foam
  •  Sheet of constellations
  •  2 Foam sheets
  •  Pushpin
  •  White crayon
  •  Optical fibers (As many as I needed.)
  •  Glue pen
  •  2 Zip ties
  •  Scissors

First I put the batteries in the pack. Taking the resistor and the scissors, I cut both wires on the resistor in half. I connected it to the red jumper wire and the battery pack. Then bending the LED wires, I connected the longer end to the red wire and the shorter end to the black.

Now that the light was done, now for the box. There were 3 parts, A, B, and C. 
A = Front Flaps
B = Back Flaps
C = Side Flaps

I folded the A and B flaps inwards. Then I folded C's flaps in to keep those flaps inwards. I locked the Left flap by folding up the guide pieces upwards. Taking 4 pieces of foam, I placed 2 pieces where the battery pack goes and 2 where the wires go. I placed the battery pack in the box, there was a little hole where the switch went, so the pack had to be lined up evenly. Taking the wire ends that were connected to the resistor, I stuck them to the foam. I also positioned the light bulb so it was poking through a hole in one of the first guide piece.

To complete the fiber optic stars, I needed to make a constellation! I put the black foam on the tinker crate, and the constellation sheet on the black foam. The constellation sheet had a bunch of constellations on it that I could choose from. I chose Orion the hunter, so I lined up the sheet with the foam and used the pushpin to punch out the stars for my constellation. Taking a bunch of optical fibers, I stuck them in the holes one by one on the backside of the foam. I used a crayon to make the picture in the stars. To make sure they stayed in the holes, I used the glue pen to make a circle of glue around all of the optical fibers. After they dried, I lined up the ends of the fibers so they were even. Then I attached the fibers with a zip tie and cut off the rest off. To keep the fibers in place, I put a little bit of glue in between the fibers. Once that dried, I secured the fibers in the box and closed it. The constellation was complete! I turned it on to light up the stars.

 STAR STORIES
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Constellations aren't just pictures in the night sky. They tell stories from ancient religions and places.
This is a story from Navajo, North America, it's called " The Changing Bear Maiden." A long time ago, a maiden had married a bear. One of her sisters found out about the marriage and told her father about it. He was so mad that he killed the bear. The maiden couldn't "bear" it, so she turned herself into a bear and killed her family one by one. Her family turned into stars and made the "Ursa Major" constellation.

My favorite story, "The Story of Andromeda," is all the way from Ancient Greece. Long ago, a goddess named Cassiopeia, proclaimed herself the prettiest creature ever! This made Poseidon, god of the seas, mad because one of the creatures in the sea were the sea nymphs, which were extremely pretty. He sent a sea monster out and wouldn't take it back unless she took back the statement, but she didn't. As punishment, she had to sacrifice her daughter Andromeda to the monster. As Andromeda was chained to a rock, the monster was drawing near. She could do nothing but wait. Then, as the monster was getting closer, Perseus came out of the sky with Medusa's head in his bag. He turned the monster to stone and saved Andromeda. Perseus married her and lived happily ever after.


This story, " The Story of the Seven Sages," is all the way from Ancient India. It is about the big dipper. Each star was a sage. The seven sages were married to seven sisters, and they made one big happy family. One day, the god of fire came along and saw the girls in the sky. He fell in love with all of them. He went for a walk in the forest to try and shake it off. Instead, he met another girl named Svaha. She fell in love with him. To capture his affections, she tricked him by disguising herself as each of the seven sisters. The Sages were fooled by the trick as well, but they found out the truth.The seventh sister loved her husband too much, and she didn't want to be imitated. Angry, they sent the sisters to another part of the sky, except for the seventh, she stayed with her husband and they lived happily ever after.

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Hope you enjoyed the post. Please like and comment. In the next post, I'll have two more stories to tell. Bye guys! <3
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Thursday, March 24, 2016

Eleventh Tinker crate

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Hey guys! Here is a new unboxing video.


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Wednesday, March 23, 2016

My Uplifting Gravity Kit: Part 2

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Hey guys! Today I'm going to talk about how carnival games are rigged and some of the projects I did.


Many carnival games look easy to beat, but thanks to workers rigging them, they're quite hard. There are many games that are rigged. Some of these games have to do with the center of mass. I'm only going to explain three.

THE MILK BOTTLES
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I bet you know this game. To win the game, you got to knock down three milk bottles. BEWARE: Things are not what they seem! The milk bottles are really heavy at the bottom of the stack. (That makes the center of mass really low. To demonstrate a throw, the operator would have a heavy milk bottle on the top of the stack. When the operator throws, the bottles fall easily. That makes it look easy, when it's time for your throw, TA-DA! Knocking down all three bottles is quite hard. If you want to win, throw really hard at the bottom heavy bottles.

THE LADDER
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This game is pretty tricky. If you lean to one side, it will flip over and you'll be on the mat. If you're good at balancing on wobbly things, this game is for you. Balance is the key to winning this game. Keep your feet on the rungs as far apart as they can go. Put both of your hands on the ropes and move opposite limbs. That will keep your center of mass in the middle of the ladder. They had this game at Six Flags. It was hard when I first tried it



CAT RACK
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This is the game you have to watch out for. You have to knock down 3 cats to win a prize. It's nearly impossible, because:

  1. Crazy hair makes it hard to aim right.
  2. Most of the cats have weights to make the game harder/impossible.
  3. Movable weights that can move with the flick of the hand.
  4. Operators are C-H-E-A-T-E-R-S because they rig the games!
The operator would move the weight up so if he/she throws a ball, the cat falls down easily. When it's your turn, the weight goes down to make it harder. ( Almost like the milk bottles.)


BALANCING BIRD
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My next project, the balancing bird, didn't really work, but I'll talk about it anyway. For this project, I needed...

- Pop-out bird pieces
- 2 Dimes
- Clear tape

First I folded the two heads parts together and taped them together to make the head. Taking two pieces of tape, I taped a dime on each wing of the bird. Folding the two bird sides, I slid the tail in and taped the two sides on the bottom of the bird. The bird was supposed to balance on my index finger and stay there. It didn't work, but it was worth a try. I think it didn't work because the dimes were too close to the tip of the wings.


CENTER OF MASS DETECTOR
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For this, I needed...
- Empty Cheerios box
- Scissors
- Pushpin
- Pencil
- String
- Quarter

I took the Cheerios box and cut out the front. Then I cut out a weird, unusual shape from the front. Tying the pushpin and the quarter on either end of the string, I pushed it into the top of my weird shape. To find out where the center of mass was, I had to draw a line where the string fell. I did this step again at a different side of the shape. Where the lines met, I had to draw a Circle around. That's where the center of mass is. If the string falls through the circle, it near the center of mass.

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I hope you enjoyed this post, if you did please like and comment. In the next post I'll have a new tinker crate. Bye guys! <3
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