You are referring to 'compressing waves' which carry energy along the wave, which causes this momentarily compression, the opposite of this is rarefaction, where the particles spread out.
No, the waves ahead of the generator tend to have a longer wavelength than those behind it. This is because the waves in front get compressed, leading to a higher frequency and shorter wavelength behind the moving source.
The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.
In sand the particles are loose. So if you wish to go ahead you have to exert more force on the sand as the particles will sink in a little i.e you are compressing the sand a little and hence a bit of your force is lost there. Whereas in concrete the particles are tightly packed and barely gets compressed. Hence only the threshold force is required for you to move forward.
i had tis fr homework and i also had this ques.. so i got it rigth so im gonna go ahead and give ya the answer ant the answer is particles transfer heat energy by bumping into each other...thats th answer
The area that is visible to the patient when they look straight ahead is the central visual field. This is where the focus of their vision lies, allowing them to see objects clearly and in detail.
In sand the particles are loose. So if you wish to go ahead you have to exert more force on the sand as the particles will sink in a little i.e you are compressing the sand a little and hence a bit of your force is lost there. Whereas in concrete the particles are tightly packed and barely gets compressed. Hence only the threshold force is required for you to move forward.
as it can become a good proffesion ahead
No, the waves ahead of the generator tend to have a longer wavelength than those behind it. This is because the waves in front get compressed, leading to a higher frequency and shorter wavelength behind the moving source.
Incorrect. You can see the same distance. You are looking in a direction other than the other side of the hill momentarily. As you crest the hill your angle of view changes to include the oncoming terrain.
yes because it wont become stail
William is older, and so ahead of Harry in the line to the throne.
sight distance
The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.The particle will move briefly, then get back to its starting point. The wave moves ahead, the individual particles don't.
Bridgewater became a town when right and wrong separated leaving a dark road ahead of the world.
In sand the particles are loose. So if you wish to go ahead you have to exert more force on the sand as the particles will sink in a little i.e you are compressing the sand a little and hence a bit of your force is lost there. Whereas in concrete the particles are tightly packed and barely gets compressed. Hence only the threshold force is required for you to move forward.
While just about anything in the business or marketing fields will do a double major or minor in psychology would put you ahead of the pack
A five letter word for 'in front' is ahead.