Practice States and properties of matter, kinetic theory with authentic MYP MYP Physics exam questions for both SL and HL students. This question bank mirrors Paper 1, 2, 3 structure, covering key topics like mechanics, thermodynamics, and waves. Get instant solutions, detailed explanations, and build exam confidence with questions in the style of MYP examiners.
In the observation of Brownian motion, how does the size of the visible particles (such as smoke or pollen) generally compare to the size of the molecules (such as air or water) causing the motion?
Which mechanical property specifically describes the maximum stress a material can withstand before failure or fracture occurs?
Why do liquids maintain a definite volume even though they do not have a fixed shape like solids?
True or False: Brownian motion occurs because visible particles like pollen have their own internal energy source that makes them move randomly.
When you touch a cold object, you feel a sensation of 'coldness'. According to kinetic theory, what is occurring at the particle level during this interaction?
A material that is very resistant to changing its shape, such as resisting bending or stretching when a force is applied, is said to have high:
If the temperature of a fluid is increased during a Brownian motion experiment, what change would be observed in the movement of the visible smoke particles?
In the kinetic theory of gases, the motion of particles is described as 'random'. What does this imply about the individual particles?
In the explanation of Brownian motion, why does a visible smoke particle move in a specific direction at any given instant?
While the particle model is useful for explaining the states of matter, what is one of its primary limitations?
Practice States and properties of matter, kinetic theory with authentic MYP MYP Physics exam questions for both SL and HL students. This question bank mirrors Paper 1, 2, 3 structure, covering key topics like mechanics, thermodynamics, and waves. Get instant solutions, detailed explanations, and build exam confidence with questions in the style of MYP examiners.
In the observation of Brownian motion, how does the size of the visible particles (such as smoke or pollen) generally compare to the size of the molecules (such as air or water) causing the motion?
Which mechanical property specifically describes the maximum stress a material can withstand before failure or fracture occurs?
Why do liquids maintain a definite volume even though they do not have a fixed shape like solids?
True or False: Brownian motion occurs because visible particles like pollen have their own internal energy source that makes them move randomly.
When you touch a cold object, you feel a sensation of 'coldness'. According to kinetic theory, what is occurring at the particle level during this interaction?
A material that is very resistant to changing its shape, such as resisting bending or stretching when a force is applied, is said to have high:
If the temperature of a fluid is increased during a Brownian motion experiment, what change would be observed in the movement of the visible smoke particles?
In the kinetic theory of gases, the motion of particles is described as 'random'. What does this imply about the individual particles?
In the explanation of Brownian motion, why does a visible smoke particle move in a specific direction at any given instant?
While the particle model is useful for explaining the states of matter, what is one of its primary limitations?