Life, Nature and News..: 2011

Sunday 18 December 2011

This Is The Person (I Saramida)

Saturday 17 December 2011

Eat and Rest (EaR)

Ayam BBQ kat Tanjung Batu.. sedap siut!

Ni bapak yg masakkn, telur mata kerbau 2, hot dog 2, kacang panggang, french fries, udang fresh dr sg. and paha ayam ..
thanks dad... I love You..

Ikan pari ayam panggang, xmkn pari sebarangan.. xsedap, nk species pari ayam jugak..

Ni ikan buris, paling ak suka.. isinya lembut sgt, sedap masak kuah cmpo nanas or terung iban..

Fresh dr sg. Rajang..

Ikan buris dipais dlm daun pisang, terbaik.. cmpo ngan daun kunyit.. wangi..

Ayam pansuh, kdg2 buat ikan buris pansuh.. pun serious shut!! sedap, cmpo dgn umbut calak, sedap tahap pendekar kayol dlm crita dragon ball, kalo xcaya tanya dgn sang goku..

Ni aku buat ngan adik pmpuan, kdg buat karipap, kdg2 kuih pau, kdg2 roti canai..

Sapa kawin ngan adik ak memang untung sgt2, masak pndai, buat kuih pandai,

belajr pandai, rajin.. semua pandai..

Ok.. ni ayam panggang kt jmbatan, sedap.. abg ak yg perapkn,

entah la dia letak baja apa, maybe baja buah..

Smbil2 mancing kt kg. panggang hot dog.. beli hot yg harga RM3.50 tu.. sedap,

jgn beli yg hrga 2 ringgit lebih.. xsedap..

Seni lemang, Building design student tgh check crack kt lemang..

adik ak tu.. hensem.. mcm abgnya..

Jgn main2 dgn binatang ni, Extinction species fresh dr sg. Rajang..

BBQ..

Ikan seluang, tulang serabut tp sedap digoreng kering..

Ikan baung lilin.. baung ada byk species.. ada baung lilin, sakam, tikus..

and others..

Lemang and santan..

Mkn ayam panggang and ikan sardin kt dlm surau..

Ikan buris.. ni kecik ja.. ada lg besar..Serious sedap.. ada org kata ini patin buah..

xpasti.. yg pasti kt Kanowit org pggl ikan buris..

( Sedap x Log 224) ^6

Karipap pusing, sedap2.. semua bnda kt umah ak sedap2..

Ayam BBQ black metal.. panggang kt tp sg. Rajang..

Ikan buling.. sedap kalo disalai..

Teringin nak rasa masakkn... rasa nak mkn nasi goreng, ikan kukus, tahu, smbal belacan, terung bakar and kangkung. InsyaAllah dpt mkn syukurlh, xdpt xap jugk. Kalo kt rumah senanglh family buatkn, kt sini just harap kt org trdekat. Kalo memg dh xdpt masakn, dpt nasi bubur pun ok jugk, nasi bubur ayam. Senang ja tu, masak nasi bubur than tmbah kiub ayam.. dah siap.. All The Best and Thanks For Everything!!!

Budak Jalan Banglo,
erul

Wednesday 30 November 2011

fight till the end.

Assalamualaikum..
syukur Alhamdulillah, dpnjgkn umur, dimurhkn rezeki..
salam Maal Hijrah..
tahniah kt abg, Fattah coz grade dr UMS hr ni..
dh smpai masanya gilirn ak yg graduate..
i will do my best for my future, family and yun..
so that i can get a better job..
for yun, thanks 4evrything you hv done..
i need to achieve a lot of things,
Thanks be part of my heart,
i'm really happy with you,
pray for me and give me some spirit.

Estoy Enamorado de ti..

with Love,

erul

Friday 23 September 2011

If and only if i can re..

If i can reborn for the second time,
i will pray to meet a person like you,

that can make me control my heart beat independently,

and light up my sad life,

If i can reborn for a third time,

i can't promise that i'll not hurt you,

but i can promise i'll care about you,

sharing a good things every second with you,

as long as i can breath and my eyes can see,

If i can reborn for a fourth time,

i will dive deep in the ocean,

i'm not searching the hidden pearl like Kino in ‘The Pearl’ for you,

actually, i’m looking for a little mermaid like you,

Do you think that anyone in this world do everything exactly the same what i did to you??

i don't want your answer, enough with your smile,

displacement never feel long for you,

It's impossible to reborn a thousand more times,

but i believe in chance and forgiveness..

with love,
-erul

Monday 19 September 2011

Island in the sun

Hip hip
Hip hip
Hip hip
Hip hip

When you're on a holiday
You can't find the words to say
All the things that come to you
And I wanna feel it too

On an island in the sun
We'll be playing and having fun
And it makes me feel so fine
I can't control my brain

Hip hip
Hip hip

When you're on a golden sea
You don't need no memory
Just a place to call your own
As we drift into the zone
[ Lyrics from: http://www.lyricsmode.com/lyrics/w/weezer/island_in_the_sun.html ]
On an island in the sun
We'll be playing and having fun
And it makes me feel so fine
I can't control my brain

We'll run away together
We'll spend some time forever
We'll never feel bad anymore

Hip hip
Hip hip
Hip hip

On an island in the sun
We'll be playing and having fun
And it makes me feel so fine
I can't control my brain

We'll run away together
We'll spend some time forever
We'll never feel bad any more

Hip Hip

We'll never feel bad anymore..

Monday 18 July 2011

How to make a simple bamboo cannon?

Introduction:
By simple definition, bamboo cannon is a traditional firecracker made up from 4' long bamboo with inner diameter around 4" to 6". Like other fireworks, bamboo cannons are illegal as stated in Malaysian Explosive Act 1957.

Materials and Apparatus:

4' long bamboo
Saw
Calcium carbide
Water

Procedures:

Bamboo cannon

Cut a bamboo to 4' long.
Make a hole in front at one sides until the other sides except the last bamboo barrier.
Drill a small hole for ignition at one end.
Place the calcium carbide inside from the front.
Pour a small amount of water in the hole.

Chemical reaction:

CaC₂ + 2H₂O → C₂H₂ + Ca(OH)₂

Reaction of calcium carbide with water produced acetylene and carbon dioxide. Acetylene is a explosive gas with triple bond hydrocarbon. This reaction was discovered by Friedrich Wöhler in 1862.

Use a small amount of water, the volume of water need for the reaction can be calculate from the mass of calcium carbide with the stoichiometric ratio.

Safety precaution:

Use a long rod to ignite the explosive gas.

Wednesday 22 June 2011

Freshwater fish part 2 - TAPAH

Ikan Tapah

Fish files;

Length: Up to almost 2.4 meters.

Weight: Up to 110 lb

Colour: Big head with wide lips, small eyes, two spine, long fin below the body.

Population: South Asia, Pakistan to Vietnam, Malaysia, and Indonesia.

*Can be found in Rajang River, Sarawak.

Tuesday 14 June 2011

Freshwater fish part 1 - PIRAIBA

Largest Amazon's catfish

Fish Files;

Length: Up to almost 3 meters.

Weight: Up to 450 lbs.

Colour: Silvery gray on lateral body, dorsally slightly darker . Abdomen white. Reddish markings on lips.

Population: Brazil, Venezuela, Colombia, Ecuador, Peru, Guyana.

River Basins: Amazon, Orinoco and Essequibo drainage.

Monday 13 June 2011

Grand Theft Auto IV (GTA IV)

Mission Accomplished!

Monday 23 May 2011

Honeymoon - Sambil Memancing

Soyang Lake adalah salah satu daripada lokasi 'Ice Fishing'. Tasik ini terletak di Korea Selatan pada kordinat 37° 56' 59.03" N 127° 48' 54.02" E dengan keluasan 99,174m². Tasik ini menjadi tumpuan pada musim salji kerana permukaan tasik akan membeku setebal 15-20cm. Joran pancing dijual dengan harga W3000(RM8.272)manakala umpan hidup dijual dengan harga W2000(RM5.515).

Tasik ini terletak di bahagian Chuncheon, untuk ke kawasan ini anda boleh menggunakan perkhidmatan Gyeongchun Line dari Sangbong di Seoul ke Chuncheon yang memakan masa satu jam setengah. Selain dari perkhidmatan train, anda juga boleh menggunakan perkhidmatan bas dari Sangbong Bus Terminal ke Chuncheon Bus Terminal dengan kadar bayaran W8100 (RM22.318).

Thursday 5 May 2011

TRUE COLOURS

THE THEORY OF RELATIVITY COMING OUT IN TRUE COLOURS

The special theory of relativity and attempts at its derelativisation

V. N. Matveev and O. V. Matvejev

Sinerta Closed Joint-Stock Company: Vilnius, Lithuania

matwad@mail.ru

www.theoryrelativity.com

“Dad, is it really so that mass depends on energy?”, C. Adler, an American physicist was asked by his son.

“No! Or rather - yes. Actually it doesn’t, but don't tell your teacher about it”, C. Adler answered.

The next day the physicist’s son stopped studying physics.

From the article by L.B. Okun, published in the “Advances in Physical Sciences”, vol. 158, issue 3, 1989, pp. 511-530

Einstein’s special theory of relativity has never given a moment's peace to sceptics casting their doubts on it. One of the reasons for such non-acceptance of the special theory of relativity is that the sizes of physical quantities as inherent properties of an object may depend on its relative velocity, which, in its turn, is dependent on an arbitrary selection of reference frames. The same length of the same extensive object, for instance, may be different within different reference frames. This dependence is appropriately called the physical relativity, and the theory assigning a major part to the physical relativity is therefore called the physical relativism.

The opponents of physical relativism cannot reconcile themselves with the fact that the sizes of physical quantities inherent in an object depend not only on composition, structure and physical state of this object, but also on the velocity of the given object and the measuring devices relative to each other.

It is a widely spread opinion that physical relativism is only denied by the critics of the theory of relativity. In reality, attempts at derelativisation of the special theory of relativity, including rather successful ones, have been made not only by critics, but by supporters of the special theory of relativity as well. One of the first attempts of this kind was Minkowski’s proposition to substitute the term “the principle of relativity” with the term “the postulate of the absolute world”. Minkowski understood the absolute world as a four-dimensional mathematical formulation where four-dimensional similarities of relative sizes of physical quantities acquired the absolute (mathematically invariant) nature and were not dependent on an arbitrary selection of a reference frame. Despite Minkowski’s proposition, the special theory of relativity retained its name, even though many physics do not consider this name as representing term’s physical content. The four-dimensional formalism failed to crush physical relativism and prevent further growth of its popularity. This occurred due to the following. Firstly, in order to discard the physical relativity one has to accept objective reality of the theoretically introduced four-dimensional quantities and the imperceptible four-dimensional space. Secondly, and it is radical indeed, one has to treat dimensions of practical physical quantities as non-real, with space and time as such also belonging here. Minkowski declared them “shadows” of the four-dimensional space. However, such radicalism turned unacceptable to many of the physicists, with no other methods of derelativisation found for a long time.

Another attack on physical relativity took place at the end of the 20^th century with the promotion of non-relativistic nature of mass. Because of this promotion initiated, among others, by the American physicist C. Adler and the Russian physicist L.B. Okun the concept of relativistic mass was found faulty and substituted with the concept of invariant (absolute) mass. Likewise, the “world’s most famous formula” E=mc² was found faulty and replaced by the formula E₀=mc². The appearance of a small zero subscripting the letter E in the formula E=mc², though attracting little attention of non-experts, produced a noticeable effect. Since 2006 the concept of relativistic mass and the formula E=mc² in its original interpretation have been excluded from the curricula of the Russian school.

Thus, a good hundred years after the appearance of the concept of relativistic mass, the absolute (invariant) mass was officially rehabilitated. Then what is to be done with other relativistic magnitudes? Shall we give another hundred years to each of them?

There is no need doing so as the solution to the problem of physical relativity is already in place. One may find it in V.N. Matveev’s book “Entering the Third Millennium without Physical Relativity?” The book gives cogent arguments that physical relativity is uncertainty caused by incomplete (partial) concretization of an object. The “same” partially concretized extensive object possessing, let us say, different lengths in different reference frames is approached here as a magnitude of concrete sub-objects (objects of a higher degree of concretization) of different lengths, with each of concrete sub-objects possessing a certain length. V. N. Matveev’s approach completely frees the special theory of “relativity” from physical relativism, preserving the picture of an ether-less world. It was this approach that enabled V.N. Matveev and O.V. Matveev to reveal the existence of a direct relationship between Lorentz transformations and the quanto-mechanical correlations of uncertainties (Heisenberg’s uncertainty principle), presented in the article “The Correlations of Uncertainties in General Physics as an Implication of Lorentz Transformations”.

Some years ago V.N. Matveev and O.V. Matveev developed a simulation model of the special theory of relativity, which by means of simple methods of Newtonian mechanics reproduced all “relativistic” effects in fluids – the length contraction of an object in the direction of its movement, the relativity of simultaneity, time dilation, the twin paradox, Doppler’s relativistic effect. This model makes us repeatedly address the ideas of derelativisation of the special theory of relativity and the reasons for the derelativisation process being so problematic. The model is presented on this site in the article “The Complete Simulation of the Special theory of Relativity by means of Newtonian Mechanics".

*some expert said the true formula is,

E² = m²c⁴ + p²c²

P = momentum