How is a car horn like an earthquake? How is it different? Which of the waves associated with an earthquake is most similar to that of a bus horn?
A car horn and an Earthquake both are the different things in their own place and both occur in its own way but the feeling of an earthquake can be compared with the car horn, because of the structure of the horn or we can say that the structure of the speaker, the innermost structure is made of the aluminium particle and the power of that speaker is very high but due to the low frequency in the speaker and the shaking power can be increased more and more and this is the reason behind a car is like an earthquake.
It is different on the basis of the structure of the plates, because the plate inside the earth is the tectonic plate and the of the speaker is made up of the aluminium particle and this is the basic difference between these two things, and both reacts in its own way.
An earthquake has the seismic wave (S-wave) which results as a shaking of the earth when an earthquake comes, but there is another wave which is related to the speaker and that is the sound wave which work as an earthquake by spreading the sound with more bass, more power, with the low frequency which results as a more shaking power of the speaker.so, we can say that the S- wave is associated with an earthquake which can be similar to a bus horn.
How is a car horn like an earthquake? How is it different? Which of the waves...
An earthquake generates three kinds of waves: surface waves (L-waves), which are the slowest and weakest, shear (S) waves, which are transverse waves and carry most of the energy, and pressure (P) waves, which are longitudinal waves and are the fastest. People do not generally feel the P waves, but animals seem to be sensitive to them. Take the density of the material through which these waves travel to be 2.0 × 103 kg/m3, the Young’s (bulk) modulus to be...
Question 6 (3 points) An earthquake emits both S-waves and P-waves which travel at different speeds through the earth. An S-wave travels at 5000 m/s and a P-wave travels at 9000 m/s. If S-waves are received at a seismic station one minute after a P-wave arrives, then how far away is the earthquake center? 88.9 km 240 km 480 km 675 km 1200 km
An earthquake generates three kinds of waves: surface waves (L-waves), which are the slowest and weakest, shear (S) waves, which are transverse waves and earn- most of the energy, and pressure (P) waves, which are longitudinal waves and are the fastest. People do not generally feel the P waves, but animals seem to be sensitive to them. Take the density of the material through which these waves travel to be 2.0 times 10^3 kg/m^3, the Young's modulus to be 9.8 times 10^10 N/m^2,...
Consider two different 3-dimensional waves traveling through a section of the earth (e.g. froman earthquake). If the first wave has 5.0 times the energy of the second, what is the ratio ofamplitudes of the two waves?
A driver blows his car horn which has a frequency of 485 Hz. The air temperature is 7.00°C Find the velocity and the wavelength of the sound wave produced by the car horn. 1)
Sonic Boom South America earthquake P wave and U.S. Navy fighter sonic boom - Nevada 1988 - u.s Nrica We can visually analyze the 6. recorded seismograms to identify waves with different frequency content. Occasionally, this visual analysis can immedately tell us that the recorded waves have different sources of Earthquake P-wave vibrations, as is the case in Fig. 4. This figure shows a recording of waves from both, a sonic boom and an earthquake. Which has higher frequency content,...
Alpine-Himalayan Ocean Paoiño Ocean Ocean Deep eartho EXERCISE 16.2 Locating Earthquake Epicenters Name: Course Section: Date: This exercise leads you through the reasoning used to calculate the distance from a seismic station to epicenter. But instead of two different seismic waves, let's see first how this works with two cars that start along a road at exactly the same time (see the figure on the next page). Both use cruise control set at 1 mile per minute (60 miles per...
In which of the following ways are sound waves different from light waves? Select the correct answer Sound waves must propagate through some medium, while light waves can propagate in a vacuum Audible sound waves have much lower frequencies than visible light waves Sound waves are longitudinal while light wavesY are transverse Your Answe O All of the listed options are valid. Audible sound waves have much longer wavelengths than visible light waves
How is a Tsunami different from regular ocean waves?
QUESTION 2 Earthquakes produce several types of shock waves, two of which are called S and P waves. P waves travel at about 6.5 km/s, and S waves travel at about 3.5 km/s. The delay in arrival times between P waves and S waves provides from the measurement station. If a station records a delay of 33 s, how far from the station was the earthquake (ín kilometers? Use two significant figures in your answer. information about how far away...