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The molecules of gas are kept in lower atmosphere due to a special force. It is called gravity.
The diagram where the molecules A and B are evenly distributed throughout the container would correctly indicate the distribution of molecules after the net movement stops. This would represent equilibrium where molecules are randomly distributed.
A fragrance would reach you more quickly in a hot room because molecules move faster at higher temperatures, allowing the scent to disperse more rapidly through the air.
Because it has to swish through more air molecules and push them out of the way on every swing, more than the shorter pendulum would have to do.
In space, passing wind would not make any sound due to the lack of air molecules to carry the sound waves. Additionally, there would be no gravity to cause the gas to rise or fall, so it may disperse more evenly in all directions.
The molecules of gas are kept in lower atmosphere due to a special force. It is called gravity.
The diagram where the molecules A and B are evenly distributed throughout the container would correctly indicate the distribution of molecules after the net movement stops. This would represent equilibrium where molecules are randomly distributed.
If plants did not disperse, they would all be stuck in a single location. They would then compete for soil and light and would eventually die out.
A fragrance would reach you more quickly in a hot room because molecules move faster at higher temperatures, allowing the scent to disperse more rapidly through the air.
Because it has to swish through more air molecules and push them out of the way on every swing, more than the shorter pendulum would have to do.
Randomly in a desert
In space, passing wind would not make any sound due to the lack of air molecules to carry the sound waves. Additionally, there would be no gravity to cause the gas to rise or fall, so it may disperse more evenly in all directions.
are you asking when you would or why you would? the illness is called 'tourettes
To fetch is to bring something back; an antonym for this would be disperse.
it would look brown or black and the seeds would disperse
Sugar dissolves faster in hot tea because the increase in temperature speeds up the kinetic energy of the sugar molecules, causing them to move more rapidly and collide with the water molecules more frequently. This leads to quicker dissolution compared to sugar in cold tea where the molecules move slower.
Without a cell membrane, the cell would not be able to maintain its internal environment or regulate the entry and exit of substances. This would lead to the loss of cell integrity and ultimately cell death.