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Machine Makers 5th Graders - CEIP Ntra Sra de La Paloma - Contenido educativo

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Subido el 30 de junio de 2022 por Raquel B.

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It has been a bit difficult, but after the effort, we made it. 00:00:00
First, we hammered the stick. 00:00:18
Secondly, we hammered the squat. 00:00:22
After that, we put the bracket at the top of the stick, covering the generator. 00:00:28
We put the spiral in front of the generator. 00:00:33
Then, we put the battery. 00:00:36
And then, we connect the cables. 00:00:38
And it works. Yes. 00:00:43
This is a car that uses a balloon tube. 00:00:50
The material that you need to build, to prepare it, are three flames. 00:00:54
A thing to contain air and the balloon goes with it. 00:01:08
Four wheels. 00:01:20
A big metal connector. 00:01:23
And two metal sticks. 00:01:26
One balloon. 00:01:30
Twelve stringers. 00:01:34
And one trunk. 00:01:38
This car uses aeolic energy, because air is a type of aeolic energy. 00:01:46
To use it, you need to lower the balloon and put it on the floor. 00:01:59
And then, you put it on the floor. 00:02:12
Hello, we are going to present an aeolic generator. 00:02:21
The materials are cables, screws and a platform. 00:02:25
Batteries, spiral, wooden stick, squat and micro motor. 00:02:31
First, put the wooden stick in the platform. 00:02:37
Next, with the bracket, sustain the spiral in the top of the wooden stick. 00:02:40
Then, put the cable in the spiral and hold the cable in the battery. 00:02:43
The machine uses aeolic energy. 00:02:48
The chemical energy is transformed into electrical energy. 00:02:52
The electrical energy is transformed into mechanical energy. 00:02:59
And the mechanical energy is transformed into aeolic energy. 00:03:03
The objective of this machine is that the battery makes the spiral move. 00:03:08
We didn't like too much to do this machine. 00:03:14
But we are happy with the results. 00:03:18
Thank you for listening. Bye-bye. 00:03:20
We are going to speak about a machine that was using a balloon. 00:03:24
The materials that you need are 4 wheels, 4 metal brackets, 1 large metal bracket, 2 metal bars, 1 finity, 6 screws, 1 balloon, 3 flanges and 1 piece of plastic with holes. 00:03:32
It works with wind energy. 00:03:52
It works by transforming the wind energy into mechanical energy. 00:03:56
To make it work, you have to blow the balloon by blowing in the thingy. 00:04:01
Then, you have to blow the thingy. 00:04:07
Finally, you have to open the thingy and do the curve, too. 00:04:10
This is an aeolic generator that generates aeolic energy. 00:04:21
And we are going to show you how we've done it. 00:04:26
Materials. 00:04:30
A wooden stick, a screw, a battery, a tubing, a motor, 2 wires, 1 of the wires, a lever, a base and 2 brackets. 00:04:31
First step. 00:04:46
You have to pick the wooden stick, 4 screws and 2 brackets. 00:04:48
You put the stick inside of the base. 00:04:54
Second step. 00:04:58
Then, we put the bracket on both sides of the stick and we screw them. 00:04:59
Third step. 00:05:07
We have to put the engine with a bracket and we put a screw to join it with the wooden stick. 00:05:09
Then, we have to put the cable and then join it to the circuit. 00:05:19
Fourth step. 00:05:25
Then, we stick the battery to the base and we make a circuit and connect it with the cable. 00:05:27
This is an aeolic energy generator. 00:05:44
And these are the materials. 00:05:48
Brackets, fan, a platform of wood, batteries and wires, a screw and a battery container, nails and a wooden stick. 00:05:51
This machine uses aeolic energy but we need a battery to move the fan. 00:06:06
Well, it doesn't use aeolic energy. 00:06:15
It's chemical energy transformed into mechanical energy. 00:06:18
This is how it works. 00:06:27
We liked the result but we didn't like doing it because there were a lot of things to do and a lot of nails to screw. 00:06:32
Bye. 00:06:46
Bye. 00:06:47
Bye. 00:06:48
This car is an electric machine. 00:06:49
The car converts chemical energy into electrical energy and the engines transform into kinetic energy. 00:06:52
This car moves by batteries, two batteries, four wheels and an engine. 00:07:02
The connection of the wires goes through the engine to the switch. 00:07:18
It's like this one, the car. 00:07:32
The materials are wood, plastic and metal. 00:07:35
The plastic, the wheels and the disc and the circuit boards. 00:07:41
We have got plastic and then the wood. 00:07:49
The metal is this piece of metal, this bar of metal and the wood is this thing that holds. 00:07:52
The basic things are the four wheels, the one engine and one elastic band. 00:08:09
Another thing that is important on the car is this plastic circumference that holds the plastic disc for the movement. 00:08:21
If you do like this, the wheels move and when the motor is connected, it's like spinning and then when it spins, only these two wheels move and then the others stop working. 00:08:39
The speed of the car is approximately three kilometres per hour. 00:09:02
There are two wires, one negative and one positive, that the car moves and goes to the switch. 00:09:09
You can switch and then we are going to do a demonstration of the car. 00:09:29
Our electric car, the materials are two batteries, four wheels, a switch, six screws of M4, six nuts of M4, two screws of M3, two nuts of M3 and a wire. 00:09:39
A little motor, a motor bracket, a fleet of two centimetres, a plane skewer and a gate of six seven. 00:10:06
A plastic of four centimetres, a little motor, a GM base of 8.5 per 20 centimetres, an elastic band of 6 centimetres and a metal bar of 10 per 0.4 centimetres. 00:10:18
How does it work? First, the battery generates electricity. This electricity goes through two cables, the red and the black. 00:10:46
It passes through the mini motor and then to the switch. The little metal stick of the mini motor moves. This causes that the small wheel moves. 00:10:57
The movement of the small wheel and the big wheel causes that the car moves. 00:11:12
Now, the instructions are, first you need to put the flicks in their seat by pressing them with screws and nuts of M4. 00:11:18
Then you need to put the wires in the seat. Next, you put the axis of plastic in the motor. 00:11:37
Then you put inside the abrasivator. 00:11:53
Then you put it and you put the elastic band to roll it. 00:12:09
This machine is an aeolic geometric. The materials are a cable, a battery, a light bulb and a helmet. 00:12:24
What is used for? It is used to create aeolic energy. 00:12:38
Hello, I am Gabriel. And I am Teruma. 00:12:48
This is an aeolic generator. This machine has a battery, a light bulb and a long wire. It also has a fan. 00:13:03
The chemical energy of the battery converts into electrical energy that converts into mechanical energy of the fan and the fan spins around. 00:13:19
We do it with positive and negative wires to connect the machine to go. 00:13:39
Hi, we are Hector, Sergio, Fabiola and me, Teruma. We are going to present you our machine. It works with aeolic energy. 00:14:05
When the balloon is blown, it moves. The bag don't let blow the balloon and keep the rope. 00:14:15
The objectives are very simple. Making a car that we can put in the air moves. 00:14:22
Some materials are four wheels and two axes of iron. 00:14:28
Aluminium and four squares of graphite. 00:14:35
Six screws and six nuts. 00:14:39
One for a maze and a small riddle. 00:14:42
A balloon and a technique lid. 00:14:46
And one big valve opens. 00:14:50
When we open the bag, the air escapes very fast out of the balloon. 00:14:53
The pressure that is there in the floor produces movement. 00:15:09
And now we are going to make an illustration because our balloon is broken. 00:15:19
So, to look up. 00:15:23
Idioma/s:
en
Autor/es:
Raquel Bermejo
Subido por:
Raquel B.
Licencia:
Todos los derechos reservados
Visualizaciones:
63
Fecha:
30 de junio de 2022 - 10:28
Visibilidad:
Clave
Centro:
CP INF-PRI NTRA. SRA. DE LA PALOMA
Duración:
15′ 35″
Relación de aspecto:
1.78:1
Resolución:
1280x720 píxeles
Tamaño:
1.31

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