The Ironate Benzenes

In the life of an atom, many things we must consider, from the pulse of the atom into the movement of its electronegativity.  From what we knew, one of the most active pulse particle are Ironate Benzenes.  Ironate Benzenes are what come from a car smell when it’s burnt by the sunlight in the morning or afternoon.  Ironate Benzenes have a lot of harmful particles especially for the lung and breathing.  Inside Ironate Benzenes we could see smoke of nicotine form into black plucks that makes our breath unspreadth and small.  Our breath then send the Iron into the lung and haemoglobin to create a steadfast particles to harm our respiratory system.

 In the respiratory system, our main plungs are the big system which goes to our kidneys and hearts.  That’s where a cancer could begin.  Cancers develop very fast when we are in a city life and lifestyle, that’s where the most harmful effect begin; every time we take a breath.

Plunging into action, the molecules lures into Ironate from Iron and bounded by benzenes from rubber or aluminium.  By that, benzena crop its ring and eliminated to Ironate benzene by hard temperature and sumblimation.

The half life here means the increase of aging by the skin, the more urea made in air, the more thin our skin could be and the more unhealthy the body becomes.  Body becomes so low in water activity, and the electronegativity by the brain increases.  By that people could be more plunged into pelodrome like AIDS and HIV, even though no insertion are made.  It’s not the disease but could develop more if it’s unmanaged.

Ironate Benzene are very dangerous, moreover to pregnant women, children, and elderly people, while their leukocyte is down, the bodily defense went down, and virus also bacterias are more easily come to our body.  If it’s unprevented, we could see death toll arises only from diseases.

22 September 2010.

Chandra Indra Purnama aka Muhammad Sadhra Ali

Range & Frequency

In understanding nature, we must a least observe from two point of view: subjeck and object.  This view of science has been held by many persona, including me, to actually observe a system of a function in people.  For example, we wouldn't know what to be if we we didn't not what have us becoming to.  In this section, we would describe about the to be and didn't have us becoming to.

Let's talk about range.  What is range? is it the same with mean? some people may ask.  Range and mean are different.  Basically range are the delivery of opponance, or must we call the differences between two point.  Can it be anything?  Of course, it can be whatever we want, from observation into tiny details like our daily basis needs.  Mean is something we would like to achieve from a goal urgency.

Then, if we may ask like a scientist, what becomes frequency then?  Basically when we talk about frequency, we talk about nature.  We talk about efficiency and defisit.  We talk about how much per squaremeter.  Frequency is like a line of strings when we pull and observe the trigger, we may find a solution.  The function of frequency is of course to tell the differences between black and white, red and yellow, and so on so forth.

What is the minimum deposit between range & frequency?  That is one good question.  If we want to tray a blue line between the two, we must consider a statistical method.  In one statistical method, one can see many things, from refubrication of datas, entry of name of people, entry of luggage and so on.  The blue line is the more frequency omitted the less range we ought to get.  For example, if you are a soprano, the higher the frequency, the smallets range we ought to get, like maybe only one octave.  From this view, we can say that frequency and range are reciprocal to each other.  They don't commonly correlate, but they has something in motion which makes them somewhat insaparable in science.

The Physics of Music

Inside understanding physics, we would need a lot of skills and material in physics.  Starting from basic physics into the everchanging unverse.

Coming to music, we have to know first the elements of tha accord.  Whether it is the same or not.  We need to rediscover the frequency range to have a meaningful application in music.  Moreover, many frequencies in human ear and so forth, has to be elaborated.

The changing of accord mainly mistaken as the same chord in music.  It's actually different.  From F#m to C#m for example is a flowing of doppler effect to change the municipality of capital music action, or what we call MCMA.  This is why music are so adoreable.

Musics actually has many rules which one of them to harmonize the world inside the people also tranquility towards the listener inside one owns living.