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What else can I help you with?
What chemical substance would be used to demonstrate Browian movement?
Any small solid particles in motion in a liquid or gas.
How do the positions and movements of particles in a liquid help to explain the shape and volum of the liquid?
because when the atoms meet up in the gases they separate and form more gases of matter. that's basically it!
A bubble of liquid would look according to the particle theory?
According to particle theory, a bubble of liquid consists of closely packed particles that are in constant motion. The particles within the liquid are attracted to each other, which creates surface tension at the bubble's interface, allowing it to maintain its spherical shape. The gas inside the bubble consists of particles that are more spread out and move freely, creating pressure against the liquid layer. Overall, the bubble's behavior can be understood through the interactions and movements of these particles.
Do particles in a solid move faster than particles in liquid?
No, particles in a solid only vibrate, whereas particles in a liquid are free to move within the liquid.
Which particles move freely in straight lines between liquid solid and gas?
Liquid for sure. As the particles in solid only vibrate and gas particles move about at random. Liquid particles are free to move past each other but, the tend to stick together. Hope that helped.
How are particles of a liquid different from the particles of a gas?
liquid particles have limited movements while gas particles will spread to fill the whole container uniformly (limited only by the container's volume) the particle interaction in liquid is much stronger than in gases gases are compressible while liquids are not
How are the particles of a liquid different from the particles of gas?
liquid particles have limited movements while gas particles will spread to fill the whole container uniformly (limited only by the container's volume) the particle interaction in liquid is much stronger than in gases gases are compressible while liquids are not
How do the positions and movements of particles in a liquide help to explain the shape and volume of the liquid?
because it nothing
What chemical substance would be used to demonstrate Browian movement?
Any small solid particles in motion in a liquid or gas.
How do the positions and movements of particles in a liquid help to explain the shape and volume of the liquid?
The particles of a liquid move from one place to another although they are close together. Because of this, a liquid changes shape depending on the container they are put in. It does not have a fixed shape. The volume of a liquid is fixed; it can be measured.
How do the positions and movements of a particles in a liquid help to explain the shape and volume of the liquid?
because when the atoms meet up in the gases they separate and form more gases of matter. that's basically it!
How do the positions and movements of particles in a liquid help to explain the shape and the volume of the liquid?
because when the atoms meet up in the gases they separate and form more gases of matter. that's basically it!
How do the positions and movements of particles in a liquid help to explain the shape and volum of the liquid?
because when the atoms meet up in the gases they separate and form more gases of matter. that's basically it!
How do the positions and movements of particles in liquid help to explain the shape and volume of the liquid?
because when the atoms meet up in the gases they separate and form more gases of matter. that's basically it!
How do the particles of the liquid move?
the particles in liquid move around slowly in the liquid
What particles are in a liquid can?
Particles that can be found in a liquid can include molecules of the liquid itself, dissolved solute particles, and sometimes suspended particles such as dust or bacteria. These particles contribute to the properties and behavior of the liquid.
A bubble of liquid would look according to the particle theory?
According to particle theory, a bubble of liquid consists of closely packed particles that are in constant motion. The particles within the liquid are attracted to each other, which creates surface tension at the bubble's interface, allowing it to maintain its spherical shape. The gas inside the bubble consists of particles that are more spread out and move freely, creating pressure against the liquid layer. Overall, the bubble's behavior can be understood through the interactions and movements of these particles.
