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a solid and a liquid
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∙ 11y ago
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Which would show stronger winds widely spaced isobars or closely spaced isobars?
Closely spaced isobars mean stronger winds, as it indicates a tight pressure gradient.
Why do solids have the highest density?
Its one of these...(i think a?) a. The particles are more massive than those in liquids. b. The intermolecular forces between particles are weak. c. The particles are packed closely together. d. The energy of the particles is very high. --------That answer up there is wrong---------- It would be C. the particles are packed closely together, why do people answer one question with other possible answers
Does Sand have DNA?
Sand would not unless some particles are made of biotic, organic material.
Were is the charged particle flow in a permanent magnet?
I believe it is in the material. It says that everything has charged particles in it. It also says that in order for a material to be magnetic, then, its atoms have to line up in a certain way so that the electrons in the material all have the same general motion. So if it's a permanent magnet, then the charged particles would be in the material.
Would the contour lines of the grand canyon be spaced out or close together?
they would be extremely close where the canyon is but relevantly spaced out before
Which would show stronger winds widely spaced isobars or closely spaced isobars?
Closely spaced isobars mean stronger winds, as it indicates a tight pressure gradient.
When waves are closely spaced together how would you describe the pitch that you hear?
High
When would sound travel the fastest?
Sound travels fastest in a solid because the particles are closely packed meaning the particles can pass the sound wave on without any gaps in between. It travels through a gas the slowest as the particles are spaced out meaning they only occasionally bump into each other to pass on the sound wave.
How would you draw particles arrangement of each state of matter?
Well, for a solid, you would draw the particles close together and touching so that none of them could be moved around. For a gas you would draw them very spaced apart with none touching, and for a liquid you would draw them some where in the middle with some touching and some spaced out.
What type of tissue would look like large cells spaced closely together with a large nucleus?
epithelial tissue
Why do solids have the highest density?
Its one of these...(i think a?) a. The particles are more massive than those in liquids. b. The intermolecular forces between particles are weak. c. The particles are packed closely together. d. The energy of the particles is very high. --------That answer up there is wrong---------- It would be C. the particles are packed closely together, why do people answer one question with other possible answers
What model best describes the particles of a solid and their motion?
I would describe it as this: All of the particles are tightly packed together with almost no spaces between them. Their motion is very limited, unlike that of a gas where the particles are spaced further apart and they are free to move around more.
Why does the thermosphere have not much heat?
Because the particles in the thermosphere are very spaced out. A normal thermometer would even measure it below zero, but it has a very high temperature.
What happens to the particles when the matter freezes?
This would depend on the freezing temperature of the material, and therefore, also on the type of material in question. At absolute zero, a theoretical temperature, all motion of the particles stops.
In a map closely spaced oval contour lines may indicate what?
They would indicate either a sudden increase or decrease in elevation, which could mean a hill, mountain, or depression in topography.
Does Sand have DNA?
Sand would not unless some particles are made of biotic, organic material.
Why do material particles vibrate?
Thermal energy in a material causes the particles to vibrate. Particles cannot stop moving altogether, since they would then violate the Heisenberg uncertainty principle. This states that we cannot know a particles speed and position to infinite precision at the same time. A particle in a material that is not jiggling would violate this. The more and faster that the particles are jiggling, the more energy they must have. If they come into contact with particles that are jiggling less, then that energy spreads. The faster jiggling particles slow down, transferring their energy to the slower particles, which speed up. This is just the transfer of heat from one material to another! Here's a good video from famous physicist Richard Feynman explaining "jiggling atoms."
