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Sound or noise (towards city)
I’m writing a scientific text in English, and I’m struggling with the correct expressions I should use to write something like this:
I hear a sound/noise coming from the city.
The sound/noise is coming from the city.
The sound/noise is coming towards the city.
The examples are straightforward, but I’m not sure of the correct usage. Which one is the best?
To start with, I’d suggest not using the verb ‘heard’. In a scientific context you’d rather describe a sound or noise using the preposition ‘of’.
I hear a sound of/of the city.
If you really want to use the verb, perhaps even consider’mixed in’ or ‘contrasted against’.
I hear sound of/of the city.
I hear noise of/of the city.
However, the forms sound and noise don’t really lend themselves to this, as’sound’ is usually associated with something being silent, whereas ‘noise’ usually describes something unpleasant or unpleasant sounding.
If you want to use one of them, I’d probably go for’sound’ because it sounds (one might get the impression that it is the best example!)
I hear sound of/of the city.
It is “coming from” or “coming to” the city.
“Coming towards” would mean moving in the direction of the city.
You could also say:
“I hear the sound of/of the city”.
The form used in this case is the “noun” “sound”, a common choice in scientific texts.
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This might be a naive question, but we've recently read an article that said that if you do a code search for a problem, then you have less code than the average developer
% Recheck_Path%\RAR.exe (32-bit) % Recheck_Path%\RAR.exe (64-bit) % Recheck_Path%\WINRAR.EXE -dir -r %1 -x86-x64 -x86-lax -rec
If any of these files don’t exist, it won’t run.
Pulse wave velocity changes during sleep and waking in normal subjects.
A change in arterial wave velocity appears when a subject sleeps and wakes up. The present study was designed to investigate which peripheral arteries contribute most to this change. We measured wave velocity changes induced by sleep and waking in 11 healthy subjects (four men, seven women; aged 34.9 +/- 11.9 years). The subjects lay in a supine position, and their pulse wave velocity was measured in several peripheral arteries, including the carotid artery, the subclavian artery, the radial artery, and the brachial artery, with PPG plethysmography. Changes in the pulse wave velocity were greatest in the radial artery (0.75 +/- 2.00 m/s, P = 0.002), followed by the carotid (0.26 +/- 1.03 m/s, P = 0.054), the subclavian (0.25 +/- 1.17 m/s, P = 0.137), and the brachial (0.02 +/- 1.74 m/s, P = 0.743). In general, the radial artery tended to increase most in the supine position (from 3.64 +/- 1.76 m/s to 7.00 +/- 2.37 m/s, P = 0.003), but tended to decrease significantly during the stage of sleep (from 8.41 +/- 1.19 m/s to 6.19 +/- 1.95 m/s, P = 0.003). This study suggests that the radial artery contributes the most to changes in the wave velocity during sleep and waking.[Advantages of a non-free-standing speech processor].
A free-standing speech processor is manufactured by a luthier, with the aid of a CAD/CAM program, and can often not be adapted to individual patient characteristics. Because of the rise in body posture and the inevitable changes in head orientation over the course of the day, the electromechanical
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It was a very serious battery problem because the information that we obtain from the processor is essential to your health and safety. Due to the high number of users that have the problem with the battery of their computer, the manufacturer of computer comes up with new solutions or update the version in the operating system in order to solve the problem. is easy to download and install at this site:Making Sense of the IRS Scandal by Looking at the Data
The IRS scandal has led to numerous stories, editorials, books, and hearings. It would be useful to understand how the situation impacts individuals, entities, and society in general.
It is difficult to find data that relate to IRS behavior that are readily available and unambiguous, but this article shows that available data can be interpreted to yield meaningful insights. Specifically, the article analyzes an issue pertinent to IRS data: the balance between privacy and disclosure.
This is a long article to read. The reader should concentrate in a relaxed manner.
In the article the author introduces many IRS identifiers and data points to the reader. Because the IRS identifiers are such a large number, the author discussed an analysis of various data compressesions to reduce the number of identifiers in the article. The result of this approach is that the IRS identifiers for each group are embedded in a succinct and not very dense set of words.
This makes the article easier to read. However, one can argue that in the process of data compression the meaning of the IRS identifiers is lost, at least in a way that is relevant for most discussions of the issue.
Returning to the original article
The article starts with a discussion of the two competing privacy issues that arose in the controversy. The first one is the general privacy of an individual and the second is that of an entity. These issues are discussed in the context of how data is transmitted, collected, and disseminated.
The article then goes on to describe specific guidelines and constraints in the real-world IRS data collection and dissemination. An important element of the discussion is that many IRS practices are not even under the authority of the IRS. Instead, they are practices and statutes created by the Congress or by the states.
The article also discusses how many IRS practices are designed to preserve the privacy of a person or entity. For example, one IRS practice used to enable Congress to monitor IRS activities on a very high level. The author links this to the National Security Act