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What is the reason for sound travelling at different speeds in the 3 states of matter?
Sound travels through matter by the transfer of energy from one molecule (or atom) to the next. Picture striking a row of pool balls straight on end with another pool ball. The balls won't move (and, in a perfect collision, the striking ball will stop as well) except for the ball at the far end of the row, which will move away from the row. This is the principle behind those annoying desktop clacker toys with the swinging metal balls, and it is a simple way to envision how sound travels. Now, in the three states of matter, the "balls" are different distances apart, from very close (solid) to somewhat distant (liquid) to quite far (gaseous). It takes longer for one "ball" to get to another and transfer its energy the farther apart they are. Hence, different speeds.
What else can I help you with?
How can two cars have equal and opposite momentum if travelling at differen speeds?
Two cars can have equal and opposite momentum if they have different masses. Momentum is the product of mass and velocity, so even if the two cars are traveling at different speeds, their momenta can be equal and opposite as long as their masses are inversely proportional to their velocities.
Do the particles of matter move?
If by particles of matter, you mean atoms, then yes, they do move. Atoms are in constant motion unless they are subjected to absolute zero (0K or -273 degrees C).
How do you find the average velocity if there are two different speeds?
To find the average velocity when there are two different speeds, you can use the formula: average velocity = total distance traveled / total time taken. Simply calculate the total distance traveled and total time taken for the two different speeds, and plug these values into the formula to find the average velocity.
Name something that is not matter. Why is it not matter?
Light is not matter because it does not have mass and does not take up physical space like matter does. Light consists of electromagnetic waves that travel at high speeds through space.
Why do lorries use more energy when they are travelling faster?
Lorries experience increased air resistance at higher speeds, which requires more energy to overcome. Additionally, higher speeds can lead to increased rolling resistance and more frequent gear changes, further increasing energy consumption.
How does sound affect mater?
sound is mainly caused by vibrating particles and matter consists of matter and the 3 states of matter are solids liqiuids and gasses and due to the way particles are spaced in the different states of matter we will have sounds travelling at different speeds as it crosses the different states of matter.
How can two toy cars have equal and opposite momentum if travelling at different speeds?
Different weights and traveling in opposite directions.
Can 'dark matter' be used as a type of slingshot for travelling at speeds faster than light?
No, dark matter cannot be used as a slingshot for travelling faster than light. Dark matter interacts gravitationally with normal matter, but we have no evidence that it can propel objects faster than the speed of light.
How long does it take to travel 36 miles?
That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.
What is average velocity in science?
If it takes an object a certain amount of time to travel a certain distance, but it is travelling at different speeds at different times, you can treat it as though it was travelling at the same speed all the time, and then just divide distance by time to get speed (for example, in miles per hour).
Why planets do not all orbit the sun at the time?
They are all orbiting the Sun, "at" the same time.But they don't complete their individual orbits "in" the same time.This is because they are ...* different sizes; * different distances from the Sun; * travelling at different speeds.
Which ball will have the greater speed at 30 meters per second?
If both balls are travelling at 30m/s, then they have identical speeds, and neither is travelling faster.
How can two cars have equal and opposite momentum if travelling at differen speeds?
Two cars can have equal and opposite momentum if they have different masses. Momentum is the product of mass and velocity, so even if the two cars are traveling at different speeds, their momenta can be equal and opposite as long as their masses are inversely proportional to their velocities.
How long does 104 miles take?
That would depend on what way you were travelling and how fast you were travelling at. You could be crawling, hopping, walking, swimming, driving, flying, sailing, skiing, cycling etc. You could be doing any of those at different speeds. The terrain you were travelling over could be another factor, as could other things, like weather.
How many days for 1338 miles?
Miles is distance and day is time so one cannot be converted into another. If you are asking how many days it would take to travel 1338 miles, that would depend on what way you were travelling. So if you were flying you would do it a lot faster than if you were walking. Different people walk at different speeds or drive at different speeds or fly at different speeds etc. so it is impossible to answer.
How do astronomers know the sun's surface rotates at different speeds?
Sunspots rotate at different speeds.
Is all matter in constant motion on earth?
Yes, according to the kinetic theory of matter, all matter is made up of particles that are in constant motion. This motion can be at different speeds and directions depending on factors like temperature and pressure.
