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Isolated vector illustration of Oersted's experiment and the effect of electric current on a compass.
Isolated vector illustration of Oersted's experiment and the effect of electric current on a compass.

Representation of accuracy and precision. In the first figure good precision and bad accuracy; in the second bad precision and bad accuracy; in the third good precision and good accuracy.
Representation of accuracy and precision. In the first figure good precision and bad accuracy; in the second bad precision and bad accuracy; in the third good precision and good accuracy.

Isolated vector illustration of a men pushing a car. Representation of the result of the force applied to a body.
Isolated vector illustration of a men pushing a car. Representation of the result of the force applied to a body.

Isolated vector illustration of Kepler's First Law of Universal Gravitation. Trajectory of Planets around the Sun. 1 - Mercury, 2- Venus, 3 - Earth, 4 - Mars, 5 - Icarus asteroid and 6 - Comet Halley.
Isolated vector illustration of Kepler's First Law of Universal Gravitation. Trajectory of Planets around the Sun. 1 - Mercury, 2- Venus, 3 - Earth, 4 - Mars, 5 - Icarus asteroid and 6 - Comet Halley.

Isolated vector illustration of a particle thrown into a uniform magnetic field in a direction that is neither coincident with the magnetic field nor perpendicular to it.
Isolated vector illustration of a particle thrown into a uniform magnetic field in a direction that is neither coincident with the magnetic field nor perpendicular to it.

Electromagnet experiment images sequence. Electromagnet made of a nail and coil of a wire, connected to a battery, vector illustration isolated on white background.
Electromagnet experiment images sequence. Electromagnet made of a nail and coil of a wire, connected to a battery, vector illustration isolated on white background.

Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, a parallel lamp and another lamp and ammeter in series.
Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, a parallel lamp and another lamp and ammeter in series.

Representation of the trajectory of a package dropped by an airplane, with constant velocity.
Representation of the trajectory of a package dropped by an airplane, with constant velocity.

Vector illustration of a seiner fishing. A fishing vessel, a purse-seine boat, a net, ocean and fish drawing in back over blue background.
Vector illustration of a seiner fishing. A fishing vessel, a purse-seine boat, a net, ocean and fish drawing in back over blue background.

Isolated vector illustration of a cathode ray tube, the Thomson's experiment.
Isolated vector illustration of a cathode ray tube, the Thomson's experiment.

seamless vector pattern of university concept, with black graduation diploma and cap on blue background
seamless vector pattern of university concept, with black graduation diploma and cap on blue background

Bohr model representation of the carbon atom, number 6 and symbol C. Conceptual vector illustration of carbon-12 isotope atom, mass number 12 and electron configuration 2, 4.
Bohr model representation of the carbon atom, number 6 and symbol C. Conceptual vector illustration of carbon-12 isotope atom, mass number 12 and electron configuration 2, 4.

Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, two parallel lamps and an ammeter.
Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, two parallel lamps and an ammeter.

Ohm's law diagram. Isolated vector illustration of an electrical circuit made of a lamp, a battery, a switch, a resistance, an ammeter and a voltmeter, in isometric view over white background.
Ohm's law diagram. Isolated vector illustration of an electrical circuit made of a lamp, a battery, a switch, a resistance, an ammeter and a voltmeter, in isometric view over white background.

Scissors icon vector illustration isolated on white background. Silhouette of a open scissors.
Scissors icon vector illustration isolated on white background. Silhouette of a open scissors.

Isolated vector illustration of a simple lever. Man holding lever trying to lift heavy weight by means of fulcrum.
Isolated vector illustration of a simple lever. Man holding lever trying to lift heavy weight by means of fulcrum.

Isolated vector illustration of a science experiment, using friction between a plastic bar and a fabric to create electricity.
Isolated vector illustration of a science experiment, using friction between a plastic bar and a fabric to create electricity.

vector illustration of a blue owl reading a orange book in a branch of a tree with yellow leaves and blue sky with clouds on background
vector illustration of a blue owl reading a orange book in a branch of a tree with yellow leaves and blue sky with clouds on background

Isolated vector illustration of Michael Faraday's experiment. Diagram of the electromagnetic induction.
Isolated vector illustration of Michael Faraday's experiment. Diagram of the electromagnetic induction.

Isolated vector illustration of Michael Faraday's experiment. 3d diagram of the electromagnetic induction.
Isolated vector illustration of Michael Faraday's experiment. 3d diagram of the electromagnetic induction.

Conceptual vector illustration of the electric field lines for a positive and negative points charge.
Conceptual vector illustration of the electric field lines for a positive and negative points charge.

Electrical current direction. Isolated vector illustration of a simple electrical circuit made of a lamp and a battery, in isometric view.
Electrical current direction. Isolated vector illustration of a simple electrical circuit made of a lamp and a battery, in isometric view.

Isolated vector illustration of a simple electrical circuit made of a lamp, a battery, a switch and an ammeter, in isometric view over white backgroun
Isolated vector illustration of a simple electrical circuit made of a lamp, a battery, a switch and an ammeter, in isometric view over white backgroun

Faraday's Cage Experiment. Sequence images of the experiment isolated on white background.
Faraday's Cage Experiment. Sequence images of the experiment isolated on white background.

Isolated vector illustration art of hate and love meter. A heart in red , a broken heart in blue and a pointer.
Isolated vector illustration art of hate and love meter. A heart in red , a broken heart in blue and a pointer.

simple vector icon of assembly seats
simple vector icon of assembly seats

Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, a lamp and an ammeter.
Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, a lamp and an ammeter.

Ohm's law diagram. Isolated vector illustration of an electrical circuit made of a lamp, a battery, a switch, a resistance, an ammeter and a voltmeter, in isometric view over white background.
Ohm's law diagram. Isolated vector illustration of an electrical circuit made of a lamp, a battery, a switch, a resistance, an ammeter and a voltmeter, in isometric view over white background.

Isolated vector illustrations of a direct circuit in isometric view and simple diagram.
Isolated vector illustrations of a direct circuit in isometric view and simple diagram.

Isolated vector illustration of electric current's transport and distribution.
Isolated vector illustration of electric current's transport and distribution.

Isolated vector illustration of the structure of a induction microphone. 3d diagram of the parts of a speaker: grill and windscreen, diaphragm, coil, magnet, steel tube
Isolated vector illustration of the structure of a induction microphone. 3d diagram of the parts of a speaker: grill and windscreen, diaphragm, coil, magnet, steel tube

Isolated vector illustration of the trajectories of charged particles with different mass.
Isolated vector illustration of the trajectories of charged particles with different mass.

Isolated vector illustration of a laboratory experience to determine equipotential surfaces. Voltmeter, electric wires, glass tub, salt water, copper plates and voltage source in 3d diagram.
Isolated vector illustration of a laboratory experience to determine equipotential surfaces. Voltmeter, electric wires, glass tub, salt water, copper plates and voltage source in 3d diagram.

Isolated vector illustration of the structure of a speaker. 3d diagram of the parts of a speaker: dust cap, cone, spider, voice coil, basket, top plate, magnet, pole and rear plate.
Isolated vector illustration of the structure of a speaker. 3d diagram of the parts of a speaker: dust cap, cone, spider, voice coil, basket, top plate, magnet, pole and rear plate.

Isolated vector illustration of Hall effect sensor working principle.
Isolated vector illustration of Hall effect sensor working principle.

Isolated vector illustration of a particle thrown into a uniform magnetic field in a direction perpendicular to the field, acquiring uniform circular motion.
Isolated vector illustration of a particle thrown into a uniform magnetic field in a direction perpendicular to the field, acquiring uniform circular motion.

Isolated vector illustration of a magnetic field produced by a current wire.
Isolated vector illustration of a magnetic field produced by a current wire.

Isolated vector illustration of the direction of oppositely charged particles.
Isolated vector illustration of the direction of oppositely charged particles.

Newton's First and Second Laws experiment. Experiment with carts to verify the Inertia and Dynamics Laws. A cart being pulled by a mass. Isolated vector illustration.
Newton's First and Second Laws experiment. Experiment with carts to verify the Inertia and Dynamics Laws. A cart being pulled by a mass. Isolated vector illustration.

Lever type diagram. Isolated vector illustration of lever third class mechanism or interpotent.
Lever type diagram. Isolated vector illustration of lever third class mechanism or interpotent.

Equilibrium and center of gravity representation. Isolated vector illustration of different distances from the center of mass and different areas of support base.
Equilibrium and center of gravity representation. Isolated vector illustration of different distances from the center of mass and different areas of support base.

Isolated vector illustration of the resultant of two forces with same direction. Two people pulling a box.
Isolated vector illustration of the resultant of two forces with same direction. Two people pulling a box.

Conceptual vector representation of a caesium atom and its natural isotopes: caesium-133 and caesium-135.
Conceptual vector representation of a caesium atom and its natural isotopes: caesium-133 and caesium-135.

Conceptual vector representation of a strontium atom and its natural isotopes: strontium-84, strontium-86, strontium-87, strontium-88 and strontium-90.
Conceptual vector representation of a strontium atom and its natural isotopes: strontium-84, strontium-86, strontium-87, strontium-88 and strontium-90.

Conceptual vector representation of a cerium molecule, made up of two atoms, and the types of chemical bonds: covalent, atoms sharing electrons, and ionic, an atom gives an electron to another atom.
Conceptual vector representation of a cerium molecule, made up of two atoms, and the types of chemical bonds: covalent, atoms sharing electrons, and ionic, an atom gives an electron to another atom.

Bohr model representation of the copper atom, number 29 and symbol Cu. Conceptual vector illustration of copper atom and electron configuration 2, 8, 18, 1.
Bohr model representation of the copper atom, number 29 and symbol Cu. Conceptual vector illustration of copper atom and electron configuration 2, 8, 18, 1.

Rheostat vector illustration isolated on white background.
Rheostat vector illustration isolated on white background.

Vector illustration of the earth's magnetic field. Simple diagram showing the north pole, south pole, geographic north and south, and the spin axis of rotation.
Vector illustration of the earth's magnetic field. Simple diagram showing the north pole, south pole, geographic north and south, and the spin axis of rotation.

Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, two lamps in series and an ammeter.
Vector illustration of an electric circuit diagram, isolated on white background. Electric circuit made of a battery, a switch, two lamps in series and an ammeter.

Parallel circuit vector illustration, isolated on white background. Simple electrical circuit made of a battery and two lamps.
Parallel circuit vector illustration, isolated on white background. Simple electrical circuit made of a battery and two lamps.

Series circuit vector illustration, isolated on white background. Simple electrical circuit made of a battery and two lamps.
Series circuit vector illustration, isolated on white background. Simple electrical circuit made of a battery and two lamps.

isometric vector illustration of isolated open mailbox in grey and red
isometric vector illustration of isolated open mailbox in grey and red

black vector icon of Ribeira in Oporto
black vector icon of Ribeira in Oporto

seamless vector pattern of university concept, with black graduation diploma and cap on yellow background
seamless vector pattern of university concept, with black graduation diploma and cap on yellow background

vector icon set of vegetables, carrots, broccoli, eggplant and turnip
vector icon set of vegetables, carrots, broccoli, eggplant and turnip

vector icon set of sports, cycling, football, basketball, fencing, archery, gymnastics rhythmic, athletics, hockey, diving, skiing and swimming
vector icon set of sports, cycling, football, basketball, fencing, archery, gymnastics rhythmic, athletics, hockey, diving, skiing and swimming

isolated isometric vector illustration of physics experiment using an electrical circuit and a compass in detecting magnetic field over a white background
isolated isometric vector illustration of physics experiment using an electrical circuit and a compass in detecting magnetic field over a white background

Turnip's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Turnip's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Eggplant's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Eggplant's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Carrot's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Carrot's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Brocoli's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Brocoli's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Orange's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Orange's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Cooked rice's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Cooked rice's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Egg's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Egg's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Avocado's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Avocado's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Apple's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Apple's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Banana's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.
Banana's nutrition facts. Nutrition values per 100g and per cent daily values based on a 2000 calorie diet. Quantities of energy, carbohydrates, protein, fat, vitamins, minerals and water.

Isolated vector illustration of the magnetic field lines of a magnet.
Isolated vector illustration of the magnetic field lines of a magnet.

Isolated vector illustration of voltage transformer. 3d diagram of the parts of a voltage transformer: primary, secondary and iron core.
Isolated vector illustration of voltage transformer. 3d diagram of the parts of a voltage transformer: primary, secondary and iron core.

Isolated vector illustration of uniform circular motion of the moon. Conjugation of Kepler and Newton's third laws.
Isolated vector illustration of uniform circular motion of the moon. Conjugation of Kepler and Newton's third laws.

Isolated vector illustration of Kepler's Third Law of Universal Gravitation. Graphic diagram of the relationship between the period and the radius of the trajectory for the planets of the solar system
Isolated vector illustration of Kepler's Third Law of Universal Gravitation. Graphic diagram of the relationship between the period and the radius of the trajectory for the planets of the solar system

Isolated vector illustration of voltage step-up transformer. 3d diagram of a conducting wire passing through a voltage transformer and two voltmeters measuring the voltage.
Isolated vector illustration of voltage step-up transformer. 3d diagram of a conducting wire passing through a voltage transformer and two voltmeters measuring the voltage.

Isolated vector illustration of compound machine pulley and inclined plane. Two loads joined in counterweight by a pulley on a ramp with a 30º inclination.
Isolated vector illustration of compound machine pulley and inclined plane. Two loads joined in counterweight by a pulley on a ramp with a 30º inclination.

Isolated vector illustration of Newton's Universal Law of Attraction. Gravitational attraction force between Earth and Moon.
Isolated vector illustration of Newton's Universal Law of Attraction. Gravitational attraction force between Earth and Moon.

Isolated vector illustration of Kepler's Second Law of Universal Gravitation. Trajectory of a planet around the Sun.
Isolated vector illustration of Kepler's Second Law of Universal Gravitation. Trajectory of a planet around the Sun.

Isolated vector illustration of a mass spectrometer.
Isolated vector illustration of a mass spectrometer.

Isolated vector illustration of the screw rule for determining the direction of magnetic field lines.
Isolated vector illustration of the screw rule for determining the direction of magnetic field lines.

Isolated vector illustration of screw rule vectors.
Isolated vector illustration of screw rule vectors.

Isolated vector illustration of the structure of an electric bell. Electrical circuit diagram of a doorbell and its parts: gong, hammer, electromagnet, battery, switch, soft iron armature and spring
Isolated vector illustration of the structure of an electric bell. Electrical circuit diagram of a doorbell and its parts: gong, hammer, electromagnet, battery, switch, soft iron armature and spring

Isolated vector illustration of a magnetic field produced by a solenoid.
Isolated vector illustration of a magnetic field produced by a solenoid.

Isolated vector illustration of the spiral trajectory of a particle under the action of electric and magnetic forces.
Isolated vector illustration of the spiral trajectory of a particle under the action of electric and magnetic forces.

Isolated vector illustration of application of the inclined plane to reduce the force required to place a load inside a truck.
Isolated vector illustration of application of the inclined plane to reduce the force required to place a load inside a truck.

Isolated vector illustration of application of pulleys to reduce force needed to lift an object. Representation of effort and load forces.
Isolated vector illustration of application of pulleys to reduce force needed to lift an object. Representation of effort and load forces.

A brick lying horizontally and vertically. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.
A brick lying horizontally and vertically. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.

Isolated vector illustration of a simple pulley. Representation of effort and load forces.
Isolated vector illustration of a simple pulley. Representation of effort and load forces.

Lever type diagram. Isolated vector illustration of lever second class mechanism or interresistant.
Lever type diagram. Isolated vector illustration of lever second class mechanism or interresistant.

Lever type diagram. Isolated vector illustration of lever first class mechanism or interfixed.
Lever type diagram. Isolated vector illustration of lever first class mechanism or interfixed.

A truck with a full and empty trunk. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.
A truck with a full and empty trunk. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.

A man holding himself upright. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.
A man holding himself upright. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.

Representation of stable, unstable and indifferent equilibrium. Isolated vector illustration.
Representation of stable, unstable and indifferent equilibrium. Isolated vector illustration.

A car with and without suitcases on the roof. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.
A car with and without suitcases on the roof. Equilibrium and center of gravity representation. Isolated vector illustration of examples of higher and lower state of equilibrium.

Isolated vector illustration of a car accelerating. Example of acceleration and motion in the same direction.
Isolated vector illustration of a car accelerating. Example of acceleration and motion in the same direction.

Isolated vector illustration of a example of greater resultant force, greater acceleration.
Isolated vector illustration of a example of greater resultant force, greater acceleration.

Isolated vector illustration of the resultant of two forces with opposite direction. Two people pulling a box.
Isolated vector illustration of the resultant of two forces with opposite direction. Two people pulling a box.

One man pushes a bicycle and another pushes a car. Example of the greater the mass of a body, the greater the resistance it offers to changing its state of rest or movement, the greater its inertia.
One man pushes a bicycle and another pushes a car. Example of the greater the mass of a body, the greater the resistance it offers to changing its state of rest or movement, the greater its inertia.

Isolated vector illustration of the resultant of two forces with perpendicular direction. Two people pulling a box.
Isolated vector illustration of the resultant of two forces with perpendicular direction. Two people pulling a box.

Isolated vector illustration of speed versus time graph referring to the movement of a skydiver.
Isolated vector illustration of speed versus time graph referring to the movement of a skydiver.

Isolated vector illustration of a car stoping. Example of inertia.
Isolated vector illustration of a car stoping. Example of inertia.

Isolated Vector illustration of uniform circular motion representation diagram.
Isolated Vector illustration of uniform circular motion representation diagram.

Isolated vector illustration of a car accelerating. Example of inertia.
Isolated vector illustration of a car accelerating. Example of inertia.