RECURSOS DE APRENDIZAJE
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Measuring G
The educational resource shows a visual about the measurement of g: a simple pendulum is sufficient to measure the intensity of the gravitational field g. Invent some hypotheses.
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Measurement in quantum mechanics
Concept of measurement in quantum mechanics
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Mirror game (I)
Game: Pointing at a mirror
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Mirror game (II)
Game: mirror writing
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Measurement of G
The educational resource shows a visual about the measurement of G: in 1798, Henry Cavendish, used an ingenious method to measure G, the constant of Universal Gravitation.
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Mean lifetime
Concept of mean lifetime
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Matter has mass
Concept of matter has mass
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Mass has volume
Concept of matter has volume
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Magnets and currents
The compass changes of position in presence of a magnetic field.
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Magnetic force on a moving charge
In this visual you can fix the charge, the mass and the components of velocity of a particle moving in a magnetic field, in order to understand what the force of the magnetic field on the moving charge is like
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Magnetic force on a moving charge (side view)
In this visual a beam of particles is projected into a magnetic field perpendicular to its velocity. You can calculate what the force on a moving charge is like. In this visual the force is seen from the side.
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Magnetic force on a current
The purpose of this visual is to show you the force exerted by a magnetic field on a rectilinear current.
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Magnetic force on a charged particle (front view)
In this visual a beam of particles is projected into a magnetic field perpendicular to its velocity. You can calculate what the force on a moving charge is like. In this visual the force is seen from the top.
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Absorbed dose
Concept of absorbed dodse
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ammeter
This visual shows you how to insert an ammeter and how to use it in a circuit.
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Home-made battery
Concept of home-made battery
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Forces of adhesion
Concept of adhesion forces. Adhesion forces are called the force of attraction among molecules of different substances.
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Inductive method
Concept of inductive method
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Mass and weight
The educational resource shows a visual about the difference between mass and weight: mass is not the same as weight, although in ordinary life both words are used with the same meaning.
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How many radians are there?
Concept of how many radians are there?
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