Da Vinci
When the teeth of the gears are moving and they touch the other teeth, they make the other gears move.
viernes, 9 de junio de 2017
viernes, 2 de junio de 2017
Electric Circuit
Electric Circuit
We have done the simply electric circuit the parallel and the series one.
We have used the protoboard, three LEDs three 220 ohms resistors, one 4.5 volts battery and the 9 Volts battery, red and black wires.
We had one problem, it was that only 2 LEDs turn on, but we asked to one of our mates and he solved it. It was because one of the LEDs was not connected right.
The LEDs have 2 legs, 1 longuer than the other, the long one is connected to a different part where tho short one is connected, we used the 9 Volts battery for the series circuit because if not it does not work.
We have done the simply electric circuit the parallel and the series one.
We have used the protoboard, three LEDs three 220 ohms resistors, one 4.5 volts battery and the 9 Volts battery, red and black wires.
We had one problem, it was that only 2 LEDs turn on, but we asked to one of our mates and he solved it. It was because one of the LEDs was not connected right.
The LEDs have 2 legs, 1 longuer than the other, the long one is connected to a different part where tho short one is connected, we used the 9 Volts battery for the series circuit because if not it does not work.
miércoles, 29 de marzo de 2017
Presentation Words
Words
Driver element: Elemento conductor
Driven element: Elemento conducido
Trasmitting element: Elemento transmisor.
Linear motion: Movimiento lineal
Rotary motion: Movimiento rotatorio
Reciprocating motion: Movimiento recíproco
Oscillating motion: Movimiento oscilante
Motion transmission mechanism:Mecanismo de transmisión de movimiento.
Linear transmission mechanisms: Mecanismos de transmisión lineal. Linear transmission image
Motion conversion mechanisms: Mecanismo de coneversión de movimiento. Motion Image
Driver element: Elemento conductor
Driven element: Elemento conducido
Trasmitting element: Elemento transmisor.
Linear motion: Movimiento lineal
Rotary motion: Movimiento rotatorio
Reciprocating motion: Movimiento recíproco
Oscillating motion: Movimiento oscilante
Motion transmission mechanism:Mecanismo de transmisión de movimiento.
Linear transmission mechanisms: Mecanismos de transmisión lineal. Linear transmission image
Motion conversion mechanisms: Mecanismo de coneversión de movimiento. Motion Image
viernes, 10 de marzo de 2017
Technology page 94 and 95
Types of stresses
The basic stresses that a body may have to support are compression , tension, bending, torsion and shear.
Conditions for strong structures
One essential characteristic for any structure is that it must be strong, so it must be rigid, in equilibrium and stable.
Equilibrium: A body is in equilibrium when its structure remains stationary.
Rigidity: If a material is rigid, it does not change shape when force is applied.
Stability: A body is in stable equilibrium if it does not move when a force is applied to it.
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The basic stresses that a body may have to support are compression , tension, bending, torsion and shear.
Conditions for strong structures
One essential characteristic for any structure is that it must be strong, so it must be rigid, in equilibrium and stable.
Equilibrium: A body is in equilibrium when its structure remains stationary.
Rigidity: If a material is rigid, it does not change shape when force is applied.
Stability: A body is in stable equilibrium if it does not move when a force is applied to it.
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Technology Page 92 and 93
Structures
A structure is a cololectiion of elements arranged in an optimum way to support a body or and object.
There exist four types of structures, mass strucrures, frame structures, truss structures and suspended structures.
Forces, Stresses and Strength.
A force is an influence that can deform a body or change its movement, or produce motion in a body at rest.
Stresses are the physical demands that a body or object must withstand when one or more external forces are applied to it.
The strength of a material is its ability to withstand external forces without breaking.
A structure is a cololectiion of elements arranged in an optimum way to support a body or and object.
There exist four types of structures, mass strucrures, frame structures, truss structures and suspended structures.
Forces, Stresses and Strength.
A force is an influence that can deform a body or change its movement, or produce motion in a body at rest.
Stresses are the physical demands that a body or object must withstand when one or more external forces are applied to it.
The strength of a material is its ability to withstand external forces without breaking.
miércoles, 1 de marzo de 2017
Vocabulary page 84
Vocabulary
Auixiliary dimension line: Any of the lines used to accurately delimit dimension lines.
Cavalier perspective: Perspective that allows usn to view objects in 3D with one 90ºangle and two 135ºangles.
Dimension, to: To indicate on the drawing of a figure the actual measurements that are needed to define it.
Dimension line: Any of the lines used to indicate measurements; these lines are drawn parallel to the line that they measure.
Extruder:The part in a 3D printer that picks up the plastic filament and deposits the exact amount on the print bed.
Front elevation: Main view of an object; it is always the most representative part of a figure.
GCODE: File format understood by 3D printers.
Isometric perspective: Perspective that allows us to view objects in 3D with three 120º angles.
Left or right elevation: View from the left-or right-hand side of the front elevation.
Plan: View of the figure from overhead.
Slicing: Procedure in which slicing software determines how many layers of plastic are required for 3D printing.
Standardisation: Set of standards that regulates every element of technical drawing.
Auixiliary dimension line: Any of the lines used to accurately delimit dimension lines.
Cavalier perspective: Perspective that allows usn to view objects in 3D with one 90ºangle and two 135ºangles.
Dimension, to: To indicate on the drawing of a figure the actual measurements that are needed to define it.
Dimension line: Any of the lines used to indicate measurements; these lines are drawn parallel to the line that they measure.
Extruder:The part in a 3D printer that picks up the plastic filament and deposits the exact amount on the print bed.
Front elevation: Main view of an object; it is always the most representative part of a figure.
GCODE: File format understood by 3D printers.
Isometric perspective: Perspective that allows us to view objects in 3D with three 120º angles.
Left or right elevation: View from the left-or right-hand side of the front elevation.
Plan: View of the figure from overhead.
Slicing: Procedure in which slicing software determines how many layers of plastic are required for 3D printing.
Standardisation: Set of standards that regulates every element of technical drawing.
Andorid design
This is our android 3D design.We did it very quickly because is was a simply design.
It has been done by Yeray Galiana, Alejandro y Diego Garrido.
viernes, 24 de febrero de 2017
viernes, 13 de enero de 2017
Vocabulary
Page 64
Browser: program that connects each computer to the serves that host the webpages.
Content managent system: publishing tools used to generate web content
Hosting: the process used by a webmaster to create a web page available to Internet users.
HTML: language used to create web pages.
Publishing tool: tool that allows users to create theyr own cantent and publishing it on the Internet without any thechnical design or programing knowledge.
Server: a computer that hosts web pages and makes them and makes them availavle to the whole network.
Source code:HTML coding of a web page.
Web 2.0: Internet concept where the users are the ones who create and participate using thyr own conntent,images and comments.
Webmaster: the person responsible for maintainig a website.
Website: a series of web pages linked to each other that can be
accesesd from a common address.
Browser: program that connects each computer to the serves that host the webpages.
Content managent system: publishing tools used to generate web content
Hosting: the process used by a webmaster to create a web page available to Internet users.
HTML: language used to create web pages.
Publishing tool: tool that allows users to create theyr own cantent and publishing it on the Internet without any thechnical design or programing knowledge.
Server: a computer that hosts web pages and makes them and makes them availavle to the whole network.
Source code:HTML coding of a web page.
Web 2.0: Internet concept where the users are the ones who create and participate using thyr own conntent,images and comments.
Webmaster: the person responsible for maintainig a website.
Website: a series of web pages linked to each other that can be
accesesd from a common address.
miércoles, 11 de enero de 2017
Page 66 Technology
Comprehension Activities
1.Explain what a website is and give three examples of one.
A website is a series of web pages linked to each other that can be accessed a common address. Like Wikipedia, El Pais and Yahoo.
2.Define the following concepts:static web page and dynamic web page. Explain what languages each one uses.
A static web page is a web page that isn always with the samem information and the dynamic web page is a web site that is changing it's information constantly.
3.What extension is used by the files that make up a website.
Documents are used.
5.What publishing tools does Web 2.0 have? What can we use them for?
Some of them are YouTube, google drive, blogger...
We can use them to share informaton with people or friends.
6.Explain how we can participate in the internet with a wiki, an image hosting portal and a social network.
7.What is a content management system? How is it useful for a user with no expert knowledge?
The content management system is the one that is responsable for the creation, management, and distribution of content on the intranet, extranet, or a website
8.Which are the most popular content management systems?
There exists some famous content management systems like wordpress, Joomla, Magento...
9.Which HTML tags are essential in any web page ?
They are the <head>, the <tittle> and the <body>.
1.Explain what a website is and give three examples of one.
A website is a series of web pages linked to each other that can be accessed a common address. Like Wikipedia, El Pais and Yahoo.
2.Define the following concepts:static web page and dynamic web page. Explain what languages each one uses.
A static web page is a web page that isn always with the samem information and the dynamic web page is a web site that is changing it's information constantly.
3.What extension is used by the files that make up a website.
Documents are used.
5.What publishing tools does Web 2.0 have? What can we use them for?
Some of them are YouTube, google drive, blogger...
We can use them to share informaton with people or friends.
6.Explain how we can participate in the internet with a wiki, an image hosting portal and a social network.
7.What is a content management system? How is it useful for a user with no expert knowledge?
The content management system is the one that is responsable for the creation, management, and distribution of content on the intranet, extranet, or a website
8.Which are the most popular content management systems?
There exists some famous content management systems like wordpress, Joomla, Magento...
9.Which HTML tags are essential in any web page ?
They are the <head>, the <tittle> and the <body>.
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