The educational resource shows information about the kinetic energy: the kinetic energy of an object is its capacity to change its environment, because it is moving. How far will two balls with different masses and velocities penetrate a block of snow?

The small automatic switches (SAS) are elements of a consumer unit

Concepto de Movimiento Armónico Simple: posición

Concept of angular and linear displacements

The educational resource shows an interactive animation about the latent heat concept: the energy needed to produce a change of phase per unit mass is known as latent heat.

Concepto de análisis e interpretación de resultados dentro del método científico

The educational resource shows an interactive animation about Joule´s experiment: the mechanical energy of a mass falling from a certain height can be transformed into an increase in temperature inside a liquid.

Concepto de cuerpo negro (radiación)

Espejo concavo nítido

Concept of conversion factors

Concepto de 2ª Ley de Newton. Explicación de la ley fundamental de la dinámica

Efficiency is a concept associated with work done by machines.In Physics this concept is defined as the quotient between the useful work done by the machine in a given interval of time and the total work invested in the machine during the same amount of time. The following visual summarises what efficiency is.

Electrical energy is caused by the movement of the electric charges inside conductors. This energy fundamentally produces 3 types of effects: luminous, thermal and magnetic.The following visual tries to give greater details about what electrical energy is.

Concept of indirect measurements

Concepto de gas natural. El ODE ofrece información respecto al gas natural como combustible para la industria, centrales térmicas y calefacciones domésticas. Se acompaña de una imagen animada de una molécula de metano, como principal componente del gas natural.

Variación del flujo magnético en función de B, S y el ángulo que forman.

Concept for measuring the forces. Dynamometer

Simulación de un circuito RLC, compuesto por un alternador, un interruptor, un amperímetro, una bobina, una resistencia y un condensador.

The educational resource shows a visual about the relation between field intensity and potential: the work carried out by the field when a charged particle moves from one point to another, only depends on the potential at these two points and not the distance covered.

Using this visual you can deduce Joule's law and calculate the electric potential supplied in a circuit.