As people become more aware of the damage that has been done to our planet and to the environment, questions have risen about what to do now to prevent further damage. E85 ethanol is the name that a fuel consisting of 85 percent ethanol and 15 percent gasoline is called by in the United States. It's less commonly found than E10 ethanol which is 10 percent ethanol and 90 percent gasoline; most likely because vehicles with specially designed engines (called flexible fuel vehicles) are needed to burn E85 ethanol while E10 can be used in most existing vehicles in the U.S.
Why should a person consider purchasing a flexible fuel vehicle and using E85 Ethanol? In addition to the benefits to the environment that are realized because a person using E85 Ethanol is decreasing the amount of toxins released into the air by using the much cleaner E85, it is a fuel that can (and is) refined in the United States which lessens the country's dependency on foreign oil imports. E85 Ethanol is also less expensive than gasoline, usually around 30 percent less.
Ethanol E85 is made from starchy feedstock, with corn being its major ingredient. Since corn is already being grown at a tremendous rate in the Midwest, it also signals prosperity for farmers. To date, there are over 600 pump stations in the United States that supply E85 Ethanol. That may not seem like very many stations, but that is twice the number of E85 stations that were in existence two years ago. Because of the focus being given to the environment along with cleaner burning and renewable fuels, the number E85 pumps is expected to rise significantly in the next few years. Currently, the Midwest has the largest concentration of E85 pumps at about 400.
Right now, there are some states, like Florida for instance, where E85 Ethanol is not available for sale to the public. Instead, the fuel is reserved for purchase by Federal fleets. Fortunately, there is talk about adding more pumps to those states that are currently without them in the near future.
What do most people consider the biggest advantage of using E85? It's that E85 ethanol is better for our environment. Not only does it reduce tailpipe and greenhouse gas emissions, but it also burns clean because of its high oxygen content. In addition, it is also biodegradable and water-soluble. You know the smog you hate waking up to on some mornings? The fuel can also eliminate the smog by reducing the smog-forming pollutants at least by 15 percent.
Still, one may wonder what else sets Ethanol E85 apart from gasoline. Well, for one thing, the fuel itself has a reputation for offering high performance with a 100+octane rating, which rivals gasoline's 87 octane rating. Those who use E85 Ethanol will attest that it gives a superb performance while also heightening horsepower.
The cost factor is also important in your decision to choose ethanol. Today, ethanol is currently being sold at prices approximately 35 percent lower than gasoline. But a person's realized savings will be a little less than 35 percent because E85 typically has a slightly lower fuel economy than regular gasoline.
There is also a gas tax break/exemption on Ethanol that helps keep its price lower.
Even if you do not have a flexible fuel vehicle or have availability of E85 ethanol, seriously consider using E10 ethanol in your vehicle. E10 ethanol is widely available and is safe to use in most vehicles. And, even though it only contains 10 percent ethanol, it still releases fewer toxins into the air then regular gasoline making it a better choice for the environment. And, in order to help speed up the availability of E85 ethanol where you live, lobby your government representatives and let you know you want E85 available to you. And, the next time you go vehicle shopping, consider purchasing one of ever growing number of flexible fuel vehicles available.
Should I Use Windows 7
Network Time Protocol (NTP) is one of the oldest Internet protocols currently in use. NTP was developed to disseminate accurate time to clients around a computer network. Simple Network Time Protocol (SNTP) is a much less complex implementation of NTP. SNTP lacks many complex synchronisation algorithms used by NTP which makes it ideal for implementation on small computers.
This article describes the differences between NTP and SNTP. The article also describes when the SNTP protocol can be safely implemented in place of NTP. The article also descibes the differences between a NTP server and a SNTP server.
NTP protocol packets transferred between a NTP server and client are identical to SNTP packets. Each field in a NTP packet of information has a corresponding field in a SNTP packet. NTP protocol packets are entirely interchangeable with SNTP protocol packets. Infact a NTP server has no way of telling if a time request originated from a NTP or SNTP client.
The difference between the NTP and SNTP protocols is contained within the sophisticated routines used to implement the protocols. NTP has sophisticated routines designed to monitor multiple time references and decide which is the optimal reference. NTP constantly monitors multiple time references for jitter and offset and decides which is the best one to synchronise. NTP corrects time by slewing the system clock. The host's system clock is accelerated or decelerated to slowly bring it into line with an accurate external time reference. Large stepped time adjustments are avoided. NTP has complex synchronisation algorithms that calibrate the system clock to match the frequency of an accurate reference clock.
SNTP is a simplified sub-set of the algorithms used by the NTP protocol. SNTP steps the host computers system time rather than slowly slewing it towards the correct time. Adjusting the system time in steps can cause time critical applications problems. SNTP also lacks the functionality to monitor multiple NTP server reference clocks and decide on the optimal source of time. Instead it utilises a list of references and in the event of failure of a reference it moves on to the next.
The SNTP protocol is best suited to synchronizing computers at the extremities of a computer network. It is ideally suited to less powerful processors, such as micro-controllers and embedded systems, which do not require the accuracy of NTP. The complex algorithms of NTP may not be practically implemented on small computers. NTP is ideal for use in dedicated NTP server systems and synchronising large networks of computers. Here, accurate time may be of the utmost importance and the sophisticated routines employed by NTP will help maintain synchronization.
Both Doreen Ruplinger & David Evans are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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