Crush Ringtone

The Crush Ringtone by David Archuleta has quickly become one of the most popular ringtones in the world. It has peaked at # 1 on several popular mobile charts and is currently # 2 on the US iTunes Top Songs Chart. Based on its popularity, the ringtone might soon become one of the most popular mobile phone ringtones ever released!

Crush is the debut single by David Archuleta, American Idol seventh season runner-up. The track was written by Jess Cates, Dave Hodges, and Emanuel Kiriakou. A digital download of the song became available on August 12, 2008. After just one day of airplay, Crush was able to debut at # 93 on the Billboard Pop 100 and # 57 on Pop 100 Airplay. The song is also currently one of the most tracks at Mainstream CHR radio stations.Following the song's digital release onto the US iTunes store on August 12, 2008, the song rose to the # 1 spot on iTunes in less than 24 hours. Crush debuted on the Canadian iTunes store at # 2 and is expected to debut on the Billboard Hot 100 next week.

The popularity of the song has helped make it such a popular phone ringtone. The track has also topped Canadian and Australian music charts, making the ringtone very popular in those nations as well as in the United States.

There is no doubt that David Archuleta's incredible new hit single will end up being one of the most popular ringtones of 2008. If you're looking for a hot new ringtone for your mobile phone – the Crush Ringtone is an awesome choice!

Emerging Branches of Chemical Engineering Jobs

Chemical engineering serves as wells of growth and longevity of an organization. There are various industries which are supported by the principles and application of chemical engineering, making a professional with this qualification very well after.

A broad range of industries, like; pharma manufacturing, petrochemicals, energy, iron & steel among many others are the some of the highly progressive sectors, where one can deep seat their careers, as these industries play a dominant role in the growth of an economy, jobs in this sector are forward -looking and are always available in abundance. The career growth and annual compensation in these job domains is the highest among the lote.

The secondary job sections, where chemical engineering professionals can establish their careers are; electronics, biotechnology, food processing, environment, safety, and health.

Also with the government's efforts to harness alternative sources of energy to decrease the pressure on demand for fossil fuels, chemical engineering professional must seek employment in this sector, only if, they have prior experience from the energy sector. Multinational companies from major developed nations are eyeing at investing in this sector, which will boost job creation, as chemical engineering professionals are armed with the essential skills, they would be in the epicenter of rise in demand.

If you wish to accelerate your career path, then, taking up a job in the pharmaceutical industry will be a good idea. Being the fastest growing industry along with major developed nations, the personal growth of a professional working in this industry is aligned with the vertical growth of their employer.

An emerging domain for your career aspirations and the hunger to innovate can be fulfilled if you develop an expertise and skills in nanotechnology. Some of the developed nations have bright prospects to steer your professional growth in this domain. Also, if you wish to level up your educational qualifications, then a master's degree in nanotechnology is advisable, as this is an upcoming domain of science which will create worthy career prospects, in the near future.

To sum it up, there are a broad range of job domains that you can choose from, if you wish to utilize what you learned in your degree education. Other than that the skills, potential, abilities and competencies you possess has made you eligible to seek employment in any job sector that will allow you to make use of the exercises mentioned above, can be stipulated as the 'best suited' job sector for you .

Mental, Emotional, and Physical Benefits of Organic Food

Organic Food eating comes with a wide array of benefits that not only include better physical health but also emotional and mental health as well. Having an all natural diet can work wonders for you emotionally and mentally. First it may provide you with the feeling of being closer with nature. It can provide peace of mind by knowing that you are not harming the planet in any way related to the food you consume. You can be at peace with the mindset that Mother Nature will not poison you because you are not poisoning her. This works in reverse with conventional food because the industrial fertilizers and pesticides used on them greatly pollute and hurt the environment. The fruits and vegetables they produce in return come with toxic residues that are very hazardous to the health especially when continuous intake begins to build up.

Growing Organic Food in your very own garden may also take you closer to nature. You will start to develop respect for nature as you make effort not to intoxicate her with chemical substances found with conventional pesticides and fertilizers. You will begin to grow more attached to the environment as you plow the soil and use natural fertilizers such as manure. And when it is finally time for harvest you will realize clearer how nature provides for those who take care of her. Some doctors and psychologists even consider gardening as an activity that is soothing to the mind and soul. This is the reason why they recommend gardening as a hobby.

The physical benefits of Organic Food are still the primary reasons why people make the change from conventional diets to the organic diet. The physical benefits can be described as originating from two things which are presence and absence. Produce grown from organic farms possess high levels of phytochemicals and antioxidants that are much higher than those found in traditional goods. They are also free of the toxic elements and chemical residues that are common in conventional produce. It can be summed up that unrefined food has more vitamins and nutrients and less heavy metals at the same time.

The superiority of the nutrient content of Organic Food is said to originate from the use of chemical free fertilizers. This is because chemicals commonly found in industrial fertilizers as well as in commercial pesticides have been found to greatly mitigate the ability of plants to produce phytochemicals as well as antioxidants. This is because these synthetic substances lower the need of plants to produce extracts that will help them absorb nutrients and fight pests and diseases. The toxic chemicals that eventually end up into the soil also kill microorganisms and disrupt the generation of nutrients. Hence as plants are grown into the soil the nutrients get used up until it is eventually depleted which can even lead to desolation in which the soil becomes unfit for farming.

Electricity – Ground Fault or Arc Fault

If you were asked, "Who discovered electricity?" What would be your answer? I'm almost positive (a little electric humor) that Benjamin Franklin and his kite flying tale comes to your mind. It was not electricity that Ben discovered in 1752. It was the lightning rod. In 1800, Alessandro Volta manufactured the first battery capable to deliver a constant electric current. It was Volta, not Franklin, to discover electricity.

Many of the ways we use and deliver electricity today are still the same as in the days of Franklin and Volta. Differences in electrical potential between materials cause current to flow between them. Charges can be produced by rubbing fur or cloth over a non metallic surface. Metal wires are used to transmit electrons over long distances; but one property stands out the most. Electricity can kill!

Today, we have developed many ways to protect ourselves from the harmful effects of exposure to electric current. We use circuit breakers, surge protectors, arch fault, ground fault, and equipment grounding to safely control the flow of electrons from one place to another. Two of these safely systems generate a lot of questions. What is the difference between ground fault and arc fault?

Ground fault circuit interrupt (GFCI) protection has been around for a few decades. It is most commonly seen in areas where water is present. For instance, in modern homes, you will find GFCI protection in the kitchen near the sink, in the bathroom near the water sources, in garages, and any receptacles outside of your home. This type of protection guards against injury by monitoring how much current is flowing through it. If the GFCI detects a difference between the amounts of current leaving as opposed to returning, it shuts off. The missing current has to be going somewhere other than its intended destination. It's going to ground. A horrible place if you happened to be in the middle of the current as it's headed to ground.

Arc fault circuit interrupt (AFCI) protection has only been available to consumers for a few years. Like its parent GFCI, AFCI is designed to detect when electricity is not traveling to its intended destination. Unlike GFCI, AFCI is not protecting against the loss of current to ground. It is guarding against a broken conductor. These broken conductors are the primary cause of home fires in America today.

Primarily, AFCI is required in bedrooms. Bedrooms are notorious for having corded appliances, such as computers, alarm clocks, and desk or floor lamps in them. Many times the cords of these appliances are routed under beds, dressers, or carpets. This is not as safe as it looks. Cords are often cut by the items placed on them. Once severed, the broken conductor will arc. This arcing will continue until the metal is burned through or a circuit breaker trips. Often, the time between the initial cutting of the conductor and the tripping of the breaker is not quick enough and a fire breaks out. AFCI was designed to detect the initial arc caused by the severed conductor and immediately turn the power off.

In conclusion, electricity is the flow of electrons between items with differenting potential. If not properly controlled, this difference can have horrible repercussions, when people or property is in the way. Modern industry has taken great measures to protect us while using one of the most fundamental properties of nature – electricity.