ELECTRIC CIRCUITS:
I have been working with my partner mayte in parallel and series circuits. The materials were:
Resistors
Leds
Battery(4,5 v and 9 v)
This is the photo of a serie circuit.
At first we didn´t know how to make the parallel but when our partner helped us we knew how to do it .
The problem came with the serie circuit because the teacher helped us because we have no idea. We have learned how to do a electric circuit.
Tecnology 2 eso
miércoles, 7 de junio de 2017
jueves, 11 de mayo de 2017
https://www.youtube.com/watch?v=OHgW1KYuKko
This is a video that explains the machine that we could fly
https://www.youtube.com/watch?v=hffHT5wMfIA
This is another video of a pulley of leonardo
This is a video that explains the machine that we could fly
https://www.youtube.com/watch?v=hffHT5wMfIA
This is another video of a pulley of leonardo
miércoles, 10 de mayo de 2017
This is some machine that the teacher said to us that we have to do it she divided in 4 numbers and I have number 2. Now I have to link my partners work.
1:www.alejandrofemu13.blogspot.com.es
3:www.tprnotebook.blogspot.com.es
4:www.technology2esomaytelora.blogspot.com.es
jueves, 4 de mayo de 2017
Page 92 exercise 1
Mass structures: walls, dans...
Frame structures: structure of a building...
Truss structures: cranes, electricity pylons...
Suspended structures: clude suspension bridges, tents, marquees...
Page 92 exercise 2

This is a bridge that uses cables. Location( San Francisco)
Page 93 exercise 3
a) A wardrobe hanging from a rope. A strenght
b) A twisting telephone cord. A stress
Mass structures: walls, dans...
Frame structures: structure of a building...
Truss structures: cranes, electricity pylons...
Suspended structures: clude suspension bridges, tents, marquees...
Page 92 exercise 2

This is a bridge that uses cables. Location( San Francisco)
Page 93 exercise 3
a) A wardrobe hanging from a rope. A strenght
b) A twisting telephone cord. A stress
miércoles, 5 de abril de 2017
List of Vocabulary:
Oscillating motion: moción oscilante
Cams: Levas
Eccentric: Excéntrico
Driven element: Elemento motivado
Driver element: Elemento eje impulso
Lever: Palanca
Pulley: Polea
Worm screw: Tornillo de gusano
Eccentric: Excéntrico
Gears: Engranaje
See-saw: Balancín

Paper punch: Grapadora
miércoles, 1 de marzo de 2017
VOCABULARY:
Auxilary dimension line: Any of the lines used to accurately delimit dimension lines ( they protude about 2 mm and must be at least 8 mm from the edge of the figure).
Cavalier perspective: Perspective that allows us to view objects in 3D with one 90º angle and two 135º angles.
Dimension,to: To indicate on the drawing of a figure ( views or perspective) 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 of the figure from overhead.
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
Auxilary dimension line: Any of the lines used to accurately delimit dimension lines ( they protude about 2 mm and must be at least 8 mm from the edge of the figure).
Cavalier perspective: Perspective that allows us to view objects in 3D with one 90º angle and two 135º angles.
Dimension,to: To indicate on the drawing of a figure ( views or perspective) 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 of the figure from overhead.
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
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