MAGNETISM (uppersixth science phys new)

Froggy Jumps

Jugadas 0

Crear copia

Sobre esta actividad

Test your knowledge on magnetic field patterns in bar magnets and their interactions!

Creada por

YAKILI LMS

Camerún

Descarga la versión para jugar en papel

Crea tu propio juego gratis desde nuestro creador de juegos

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto

El valle de los lobos

Marcos Signes

España

(107)

20 preguntas de este maravilloso libro
Salva a la Ranita

Melanie Rodriguez

Estados Unidos

(337)

Contesta las siguientes multiplicaciones correctamente para salvar a la ranita y evitar que caiga al agua, mucha suerte!
Sabiduría animal

Educaplay Educational Resources

España

(15404)

Conviértete en un genio del Reino Animal
OPEN UP 6 UNIT 1 VOCABULARY

karen blixen

España

(100)

Repasamos el vocabulario de la unidad
Quiz de Culpa mía película

Yamila Chavez

Argentina

(171)

Demuestra cuánto sabes sobre la película Culpa mía con este divertido quiz.

		%
	Anónimo	%
		%
		%

Imprime tu juego

MAGNETISM (uppersixth science phys new)


Froggy Jumps MAGNETISM (uppersixth science phys new)Versión en línea Test your knowledge on magnetic field patterns in bar magnets and their interactions! por YAKILI LMS 1 What is the shape of the magnetic field pattern between opposite poles of a bar magnet? a Random scattered lines. b Closed loops extending from north to south. c Straight lines from north to north. 2 What happens to the magnetic field lines between like poles of two bar magnets? a They form a straight line. b They repel each other and do not connect. c They attract and connect. 3 Where is the magnetic field strongest in a bar magnet? a At random points along the magnet. b At the poles of the magnet. c In the middle of the magnet. 4 What is the direction of magnetic field lines? a From south to north. b From the north pole to the south pole. c In a circular motion. 5 How do magnetic field lines behave between two opposite poles? a They curve and connect between the two poles. b They remain straight. c They disappear. 6 What occurs when two north poles of bar magnets are brought close together? a They repel each other. b They create a neutral zone. c They attract each other. 7 What visual tool is commonly used to represent magnetic field patterns? a Field line diagrams. b Bar charts. c Pie charts. 8 What is the effect of placing a piece of iron near a bar magnet? a It becomes magnetized and aligns with the field. b It creates a new magnetic field. c It loses its magnetism. 9 What is the area around a magnet where magnetic forces can be detected? a Electric field. b Gravitational field. c Magnetic field. 10 What happens to the magnetic field lines when a bar magnet is cut in half? a Each half becomes a new magnet with its own field. b The field disappears. c The halves lose magnetism. 11 What direction does the magnetic force act on a charged particle? a Perpendicular to the velocity and magnetic field. b In the direction of the magnetic field. c In the direction of the velocity. 12 What is the formula for the magnetic force on a charged particle? a F = mv^2 b F = q(v × B) c F = qE 13 What does 'q' represent in the magnetic force formula? a Charge of the particle. b Mass of the particle. c Velocity of the particle. 14 How does the speed of a charged particle affect the magnetic force? a Has no effect on the force. b Increases the force linearly. c Decreases the force. 15 What happens to the magnetic force if the angle between velocity and magnetic field is 90 degrees? a The force is zero. b The force is halved. c The force is maximized. 16 What is the effect of a stronger magnetic field on a charged particle? a Has no effect on the magnetic force. b Decreases the magnetic force. c Increases the magnetic force. 17 Which particle experiences a magnetic force when moving in a magnetic field? a Only protons. b Only electrons. c Any charged particle. 18 What is the unit of magnetic field strength? a Coulomb (C). b Tesla (T). c Newton (N). 19 What happens to a charged particle moving parallel to a magnetic field? a It experiences no magnetic force. b It accelerates. c It decelerates. 20 What determines the direction of the magnetic force on a charged particle? a The left-hand rule. b The right-hand rule. c The law of inertia. 21 What is the formula for magnetic force on a charged particle? a F = q(v × B) b F = k(q1*q2)/r^2 c F = m(a) 22 What does 'B' represent in the magnetic force equation? a Magnetic field strength b Electric field strength c Velocity of the particle 23 In the equation F = q(v × B), what does 'q' stand for? a Distance from the source b Mass of the particle c Charge of the particle 24 Which direction does the magnetic force act on a positive charge? a Perpendicular to both velocity and magnetic field b In the direction of the magnetic field c In the direction of velocity 25 What is the SI unit of magnetic field strength? a Newton (N) b Volt (V) c Tesla (T) 26 What happens to the magnetic force if the velocity of the charge increases? a The magnetic force decreases b The magnetic force remains constant c The magnetic force increases 27 What is the effect of reversing the magnetic field direction on the force? a The force direction reverses b The force magnitude doubles c The force becomes zero 28 Which law relates to the force experienced by a current-carrying conductor in a magnetic field? a Ohm's law b Newton's second law c Lorentz force law 29 What is the relationship between magnetic force and angle between velocity and magnetic field? a F is constant regardless of angle b F is maximum at 0 degrees c F is maximum at 90 degrees 30 What does the cross product in the equation F = q(v × B) indicate? a Magnitude of the force b Energy of the system c Direction of the force 31 What is the formula for calculating the magnetic force on a charged particle? a F = q(v × B) b F = qE c F = mv^2 32 In the formula F = q(v × B), what does 'q' represent? a Velocity of the particle b Charge of the particle c Magnetic field strength 33 What does 'v' stand for in the magnetic force equation? a Volume b Velocity of the charged particle c Voltage 34 What is the unit of magnetic field strength 'B'? a Tesla (T) b Newton (N) c Coulomb (C) 35 If a charged particle moves perpendicular to the magnetic field, what happens? a It experiences no force. b It moves in a straight line. c It experiences maximum force. 36 What effect does increasing the velocity of the charged particle have on the magnetic force? a Decreases the magnetic force. b Has no effect. c Increases the magnetic force. 37 What is the direction of the magnetic force on a positive charge? a Perpendicular to both velocity and magnetic field. b In the direction of the magnetic field. c In the direction of velocity. 38 What happens to the magnetic force if the charge is doubled? a The magnetic force remains the same. b The magnetic force is doubled. c The magnetic force is halved. 39 What is the result if a charged particle moves parallel to the magnetic field? a No magnetic force acts on it. b It decelerates. c It accelerates. 40 What does the cross product in F = q(v × B) indicate? a The force is in the same direction as velocity. b The force is always zero. c The direction of the force is determined by the right-hand rule. 41 What is the formula for calculating magnetic force on a charge? a F = k(q1q2)/r^2 b F = q(v × B) c F = m(a) 42 In the formula F = q(v × B), what does 'q' represent? a Velocity of the particle b Charge of the particle c Magnetic field strength 43 What unit is electric charge measured in? a Coulombs (C) b Amperes (A) c Volts (V) 44 If a charge of 2 C moves through a magnetic field, what is its force if v = 3 m/s and B = 4 T? a 12 N b 24 N c 6 N 45 What does 'B' represent in the magnetic force equation? a Electric field strength b Velocity c Magnetic field strength 46 What happens to the magnetic force if the charge is doubled? a It halves b It remains the same c It doubles 47 In the context of magnetic force, what does 'v' stand for? a Voltage b Velocity of the charge c Volume of the charge 48 What is the direction of the magnetic force on a positive charge moving in a magnetic field? a In the direction of velocity b Perpendicular to both velocity and magnetic field c In the direction of the magnetic field 49 How does the angle between velocity and magnetic field affect magnetic force? a It affects the magnitude of the force b It reverses the force direction c It has no effect 50 If a charge moves at an angle of 90 degrees to the magnetic field, what is the force? a Minimum force b Maximum force c Zero force

MAGNETISM (uppersixth science phys new)

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Froggy Jumps

El valle de los lobos

Froggy Jumps

Salva a la Ranita

Froggy Jumps

Sabiduría animal

Froggy Jumps

OPEN UP 6 UNIT 1 VOCABULARY

Froggy Jumps

Quiz de Culpa mía película

Froggy Jumps

MAGNETISM (uppersixth science phys new)Versión en línea

por YAKILI LMS

What is the shape of the magnetic field pattern between opposite poles of a bar magnet?

What happens to the magnetic field lines between like poles of two bar magnets?

Where is the magnetic field strongest in a bar magnet?

What is the direction of magnetic field lines?

How do magnetic field lines behave between two opposite poles?

What occurs when two north poles of bar magnets are brought close together?

What visual tool is commonly used to represent magnetic field patterns?

What is the effect of placing a piece of iron near a bar magnet?

What is the area around a magnet where magnetic forces can be detected?

What happens to the magnetic field lines when a bar magnet is cut in half?

What direction does the magnetic force act on a charged particle?

What is the formula for the magnetic force on a charged particle?

What does 'q' represent in the magnetic force formula?

How does the speed of a charged particle affect the magnetic force?

What happens to the magnetic force if the angle between velocity and magnetic field is 90 degrees?

What is the effect of a stronger magnetic field on a charged particle?

Which particle experiences a magnetic force when moving in a magnetic field?

What is the unit of magnetic field strength?

What happens to a charged particle moving parallel to a magnetic field?

What determines the direction of the magnetic force on a charged particle?

What is the formula for magnetic force on a charged particle?

What does 'B' represent in the magnetic force equation?

In the equation F = q(v × B), what does 'q' stand for?

Which direction does the magnetic force act on a positive charge?

What is the SI unit of magnetic field strength?

What happens to the magnetic force if the velocity of the charge increases?

What is the effect of reversing the magnetic field direction on the force?

Which law relates to the force experienced by a current-carrying conductor in a magnetic field?

What is the relationship between magnetic force and angle between velocity and magnetic field?

What does the cross product in the equation F = q(v × B) indicate?

What is the formula for calculating the magnetic force on a charged particle?

In the formula F = q(v × B), what does 'q' represent?

What does 'v' stand for in the magnetic force equation?

What is the unit of magnetic field strength 'B'?

If a charged particle moves perpendicular to the magnetic field, what happens?

What effect does increasing the velocity of the charged particle have on the magnetic force?

What is the direction of the magnetic force on a positive charge?

What happens to the magnetic force if the charge is doubled?

What is the result if a charged particle moves parallel to the magnetic field?

What does the cross product in F = q(v × B) indicate?

What is the formula for calculating magnetic force on a charge?

In the formula F = q(v × B), what does 'q' represent?

What unit is electric charge measured in?

If a charge of 2 C moves through a magnetic field, what is its force if v = 3 m/s and B = 4 T?

What does 'B' represent in the magnetic force equation?

What happens to the magnetic force if the charge is doubled?

In the context of magnetic force, what does 'v' stand for?

What is the direction of the magnetic force on a positive charge moving in a magnetic field?

How does the angle between velocity and magnetic field affect magnetic force?

If a charge moves at an angle of 90 degrees to the magnetic field, what is the force?