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What is different about the speed of the molecules and how they arranged in the three types of matter?
The molecules move the fastest in a gas and the slowest in a solid, while a liquid falls somewhere in between.
In a solid, the molecules are tightly packed together, and cannot really move (they can only vibrate). The distance between them cannot change. In a liquid, the molecules are somewhat less tightly packed together and can move, but the distance between them is still fixed (thus, even though it can flow, liquid can't really change in volume). In a gas, the molecules are very loosely held together and the distances between them can change easily, so a gas can be compressed without difficulty.
What else can I help you with?
What are Four states of matter from slowest to fastest molecular speed?
Solid: molecules vibrate in place Liquid: molecules move freely but are still close together Gas: molecules spread out and move rapidly Plasma: molecules ionized and move at very high speeds
How would molecules move in matter?
Molecules in matter move due to thermal energy, resulting in random motion within a limited space. This movement can involve vibration, rotation, and translation of molecules. The speed and distance traveled by molecules depend on factors such as temperature, density, and intermolecular forces.
What does the experiment suggest about the average speed of hydrogen molecules compared with the average speed of molecules in the air?
The experiment suggests that the average speed of hydrogen molecules is higher than the average speed of molecules in the air. This is because hydrogen molecules are lighter and have a higher root mean square speed due to their lower mass.
How the particles in matter move?
It depends which state of matter you are referring to -- solid, liquid or gas. Solid: molecules vibrate in place Liquid: molecules are moving faster than a solid but slower than a gas. gas: molecules are moving at a high speed hope this helps :)
The different molecules that make up the air in a room have on average the same kinetic energy how does the speed of the different air molecules depend on their masses?
According to the kinetic theory of gases, the average kinetic energy of gas molecules in a room is proportional to temperature, not mass. However, the speed of individual gas molecules is inversely proportional to their mass - lighter molecules will move faster on average compared to heavier molecules at the same temperature. This is because kinetic energy is distributed among all molecules, and lighter molecules can move faster with the same amount of kinetic energy.
What is the speed at which molecules or atoms move dependent on temperature and state of matter?
The speed at which molecules or atoms move is dependent on temperature and state of matter. In general, higher temperatures result in faster molecular or atomic movement, while different states of matter (solid, liquid, gas) have different average speeds of molecular motion due to differences in intermolecular forces.
What effect does the speed of molecules haveon matter?
The speed of molecules directly affects the state and behavior of matter. As the speed of molecules increases, typically due to an increase in temperature, matter can transition from solid to liquid to gas, as seen in phase changes. Faster-moving molecules result in greater kinetic energy, leading to increased pressure and volume in gases, while slower-moving molecules indicate lower energy and greater stability in solids. Thus, molecular speed plays a crucial role in determining the physical properties and states of matter.
How does temperature affect the speed of molecular movement in matter?
Temperature directly affects the speed of molecular movement in matter. As temperature increases, the molecules gain more energy and move faster. Conversely, as temperature decreases, the molecules slow down. This relationship is described by the kinetic theory of matter.
What effect does speed of molecules have on matter?
The speed of molecules directly influences the state and behavior of matter. As the temperature increases, molecules move faster, leading to increased kinetic energy, which can cause solids to melt into liquids and liquids to evaporate into gases. Conversely, at lower temperatures, molecular motion slows down, resulting in solids becoming more rigid and liquids becoming less fluid. Thus, the speed of molecules is crucial in determining the physical state and properties of matter.
What is the major cause of changes in the states of matter coolong of matter to its evaporation change of speed of aoms or molecules or expansion of particles into avalible space?
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How does the speed of the molucules of a gas change when the gas is heated?
Molecules move faster when heated -- no matter what state they're in.
What processor is the minimum required for different bandwidths?
processor speed does not matter.
What effect does the speed of molecules have of matter?
The speed of molecules affects the temperature of a substance. As the speed of molecules increases, the temperature of the substance also increases. This can lead to changes in the physical state of matter, such as melting or boiling.
When high speed molecules mix and collide with slower speed molecules the high speed molecules do what?
Slow down and the temperature drops.
How does the speed of the molecules of a gas change when the gas is heatead?
When a gas is heated it's molecules begin to move faster and farther apart, juat as all other states of matter will when heated.
What are Four states of matter from slowest to fastest molecular speed?
Solid: molecules vibrate in place Liquid: molecules move freely but are still close together Gas: molecules spread out and move rapidly Plasma: molecules ionized and move at very high speeds
How would molecules move in matter?
Molecules in matter move due to thermal energy, resulting in random motion within a limited space. This movement can involve vibration, rotation, and translation of molecules. The speed and distance traveled by molecules depend on factors such as temperature, density, and intermolecular forces.
