Silvia Pedrero

Silvia Pedrero

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Silvia Pedrero
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This is a pen which is comfortable for writing.

This is a pen which is comfortable for writing.

This pen has a invisible ink, which is one of our ideas.  this pen hides quite behind him. Specifically what is hidden is everything you write with the pen because it has a special ink that hides the writing and only be displayed when an ultraviolet light on the foil itself is focused.

This pen has a invisible ink, which is one of our ideas. this pen hides quite behind him. Specifically what is hidden is everything you write with the pen because it has a special ink that hides the writing and only be displayed when an ultraviolet light on the foil itself is focused.

This is our product pen's. We have put an elephant because it looks such as big as our company and our pen is the most cool.

This is our product pen's. We have put an elephant because it looks such as big as our company and our pen is the most cool.

Ohm's law shows the relationship between voltage, current and resistance. The current moving through a resistor is proportional to the voltge across the resistor.

Ohm's law shows the relationship between voltage, current and resistance. The current moving through a resistor is proportional to the voltge across the resistor.

Voltage is the amount of energy required to move a charge form one point to another, it is measured in Volts(V). For me this is the best picture because represent how voltage is represent, and how many voltage can have a schematic diagram.

Voltage is the amount of energy required to move a charge form one point to another, it is measured in Volts(V). For me this is the best picture because represent how voltage is represent, and how many voltage can have a schematic diagram.

The resistance of an electrical conductor is the opposition to the passage of an electric current through that conductor and  it is measured in ohms. This is the best picture for me because represent how resistance is represent in an schematic diagram.

The resistance of an electrical conductor is the opposition to the passage of an electric current through that conductor and it is measured in ohms. This is the best picture for me because represent how resistance is represent in an schematic diagram.

For me this is the best picture because an electric current is a flow of electric charge. In electric circuits this charge is often carried by moving electrons in a wire.

For me this is the best picture because an electric current is a flow of electric charge. In electric circuits this charge is often carried by moving electrons in a wire.

The schematic diagram are symbols that we use to draw a circuit so everybody can understand it around the world. This is the best picture because all people can understand it and know how it works.

The schematic diagram is used to represent simply an electrical circuit in which the cables and devices are shown.

In a circuit, the electrons move through wires and get through the bulb.  The electrons get into the bulb and the bulb convert electrical energy into heat(thermal energy) and light(radiant) which is useable energy.

In a circuit, the electrons move through wires and get through the bulb. The electrons get into the bulb and the bulb convert electrical energy into heat(thermal energy) and light(radiant) which is useable energy.

The battery provides energy so the electrons can move through the circuit. The battery pushes the electrons then, they move through the circuit.

The battery provides energy so the electrons can move through the circuit. The battery pushes the electrons then, they move through the circuit.

The timetable of electricity

The timetable of electricity

In my opinion the best example of conductors are the cables because it is a metal so electric current can flow through them easily. In the other photo, I take the wool and the wood because are the best examples of insulators because the aren´t metals and is a material used to resist the flow of heat.

In my opinion the best example of conductors are the cables because it is a metal so electric current can flow through them easily. In the other photo, I take the wool and the wood because are the best examples of insulators because the aren´t metals and is a material used to resist the flow of heat.

Electrons are important in electricity because they proude a magnetic field. The electrons can absorb or radiate energy. Also it contains a negative charge that if it mixed with a positive charge(the protons contain) the thing stars to have electricity. ex: plug.

They are as small as one-Angstrom diameter hydrogen, or as large as the heavyweight uranium atom, which is 238 x heavier than hydrogen.