Ym conv (2)

...
anggri lukman: konflik lavatory
ji_praise: gw konflik sama ortu...
nenk_r: kenapa benang merah..???
nenk_r: knpa gag ijo
ji_praise: sama tiket kereta...
anggri lukman: gue lavatory
ji_praise: arlan, lo pusing yah???
nenk_r: gue apa ya..???
arlan_amaniacs:
anggri lukman: kok cuman gue ya kayaknya konflik nya ga penting...?
nenk_r: gue sama ban pecah aja
nenk_r: ban motor gue pecah
arlan_amaniacs: hmm... gue apa yaaa?
anggri lukman: cuman lavatory alias toilet
nenk_r: pas mo ke hptel
arlan_amaniacs: kayanya gada apa2
arlan_amaniacs: oh..
anggri lukman: puji dah baca belon...blog aku?
arlan_amaniacs: kodingan gue
ji_praise: konflik nya dibikin lucu ajah...
arlan_amaniacs: (gapenting banget)
nenk_r: apa donk..
ji_praise: jgn bikin novel serius...
nenk_r: eh... gue masih blm ngerti..
anggri lukman: kapan2 gue pernah serius...?
nenk_r: kita mau ngapain sih..??
anggri lukman: neng mungkin semacam cerita di blog aku gitu
nenk_r: mau bkin pa
ji_praise: gini Intan ceritanya tuh ada 4 orang yang nge-fans sama 1 orang terkenal...
ji_praise: trus kita tuh..
nenk_r: bkin buku
anggri lukman: cerita perjalanan kamu buat ikutan acara kemaren
nenk_r: ohhh
anggri lukman: ngefens gue misalnya
nenk_r: di bikin buku
nenk_r: ???
anggri lukman: kita ber 4 bikin buku
nenk_r: ohhh
arlan_amaniacs: dari 4 sudut pandang yang beda
anggri lukman: temanya perjalanan kemaren
nenk_r: trs..
nenk_r: trs...
anggri lukman: yah anak kecil
ji_praise: nyeritain gmn kita bisa nge-fans sama tu orang... trus perjalanan kita sampe bisa ktemu sama tu orang...
nenk_r: ohhh...
nenk_r: trs...
anggri lukman: kayaknya gue tinggal copas aja dari blog gue
anggri lukman: terus mulu
ji_praise: jadi kita b4 yang tadinya ga kenal..
ji_praise: bisa ktemu en satu tujuan...
ji_praise: begitu...
anggri lukman: 3
ji_praise: mao bikin novel ni...
arlan_amaniacs: gri kalo copas drai blog lo, kurang panjang ga ya?
anggri lukman: puput novel
nenk_r: trs dibikin buku n' di terbitin gagas..
anggri lukman: bisa gue panjangin
nenk_r: ohhhh..
arlan_amaniacs: ji, yg ngeadd namanya mayang bukan?
anggri lukman: mudah aja
nenk_r: anggri curang dari blog..
anggri lukman: gimana ya...? hahahahaha
ji_praise: iya bener LAn...
ji_praise: Mayang...
arlan_amaniacs: yah ditambain dari waktu kita bikin aja
ji_praise: cewe u???
arlan_amaniacs: itu pemenang yg nonblogger juga ji
ji_praise: oya?????
anggri lukman: ilustratornya gue ntar setuju...?
ji_praise: yang ga dateng ya???
nenk_r: jiahh.. arlan puji asik....
ji_praise: anak Jakarta???
arlan_amaniacs: bukan
nenk_r: gue dicuekin
nenk_r: gue cengok nih...
arlan_amaniacs: bontang tuh mana ya?
anggri lukman: mata puji makin sipit gak...?
anggri lukman: bontang kaltim
anggri lukman: kaltim
ji_praise: anggri plis deh.. ngomonginnya yg nyambung dikit...
anggri lukman: kalimantan tim-tim
nenk_r:
arlan_amaniacs: iya itu, si mayang dari sono
anggri lukman: neng mewek
ji_praise: kita ngomongin ceritanya dulu...
anggri lukman: wakakakakak
ji_praise: illustrator urusan ntar...
ji_praise: wkwkwwkwk
nenk_r: gue gag dia ajak
nenk_r: ngbrol...
ji_praise: eh Intan...
anggri lukman: yah ceritanya gue udah ada
nenk_r: huhuuhuh
arlan_amaniacs: urusan yg udah lulus sma tan,hahahahaha
arlan_amaniacs: lo tambain dri waktu bikin aja gri
ji_praise: iya ghitu Tan... ngerti kan???
anggri lukman: cep cep cep
nenk_r: hmmm
arlan_amaniacs: ato kita mulai sama2 dari pertama tau radith gimana
ji_praise: ngerit kan Tan???
anggri lukman: bener
ji_praise: jadi kita mo bikin novel..
nenk_r: ngerti...
ji_praise: ceritanya kyk di atas...
anggri lukman: novel 4 in 1
nenk_r: asik..!!!!
ji_praise: iyah jadi kayak jimbot... 4 in 1
anggri lukman: doh
nenk_r:
nenk_r: napah gri..???
anggri lukman: jimbot...? wakakakakakak
ji_praise: asikkk doank... gmn jadi ada ide laen namabahin ceritanya ga????
anggri lukman:
nenk_r: ada...
ji_praise: oya Lan... Bener tuh...
ji_praise: dari ptama kita tau Radith...
anggri lukman: apa nenk...?
ji_praise: gw kelas 2 SMA... u pada kapn???
nenk_r: pas gue bayi...
arlan_amaniacs: kelas 1 sma
anggri lukman: gue... baru taon kemaren
nenk_r: pas dalam rahim ibu
arlan_amaniacs: hahahaha
nenk_r: hehehe
arlan_amaniacs: lebay tan
anggri lukman: lebay...
anggri lukman: makanannya maduy
anggri lukman: bulan maduy
nenk_r: yaa.. palin pas gue kelas 1 sma
ji_praise: haduwhhhh...
anggri lukman: yah kira2 gitu
anggri lukman: banyak2 baca cerpen
ji_praise: nah, ceritain pas ptama nemuin buku nya...
arlan_amaniacs: pada tau radith dari mana, en gimana critanya?
nenk_r: kapan mulai nya..??
anggri lukman: atau beli buku bikin cerpen yg baek
nenk_r: gue tau radit dari berita orang ilang
nenk_r: hihihi
arlan_amaniacs: mulai sendiri2 ntar kpn2 kita gabungin bab-babnya yg misah
ji_praise: gw pas stress sama ulangan pergi k gunung agung trus... nemu CinBro..
nenk_r: gabungin nya gimana..??
arlan_amaniacs: gue pas dikasih buku bokep ama temen gue
arlan_amaniacs: perbab aja, dipotong2
ji_praise: iyah gitu... gila lo Lan...
anggri lukman: gue malah radikus makan kakus dulu... cinbro... baru kambing jantan trus babi ngesot
arlan_amaniacs: iya ji, buku bokepnya ternyata KJ hahahaha
anggri lukman: ilustrasinya gue
ji_praise: oya, apa kita pake nama Radith di buku ntu???
nenk_r: sama kayak omm POL
arlan_amaniacs: iya dah teseraaahhhh
nenk_r: hah..????
ji_praise: gmn klo namanya diganti jadi siapa gitu????
nenk_r: ilustrasi anggri..????
nenk_r: JANGAN
nenk_r: hehehe
arlan_amaniacs: tanya dulu orgnya apa?
anggri lukman: puji aja kalo gitu
nenk_r: elu berdua laahhhh
(to be continued)

tetep aja, huff

gw baru aja ngerubah layout blog ini. iseng aja sih, tapi kalau pada sadar kenapa warnanya selalu ijo soalnya mo kampanye go green (kaga gue suka ijo ajaa)

dan tetap, gue mnegotak atik comment boxnya gak bisaaa.. ada yang bisa kasih ide gimana? gue udah coba cara macem-macem tetep aja kagak bisa (termasuk kata feby buat ngedefaultin semuanya). *goblokmode:on*

anyway, kali ini sedikit aja ya..

gue kemaren mimpi lagi, setan lagi,dan aneh lagi. gue gak inget persis mimpinya pokoknya gue jadi kaya ngisengin setan2nya dengan mendadndani macam2, kaya pocong gue kasih kacamata item, sampe akhirnya pada arah dan gue dikejar-kejar. anehnya gue punya skuter okeh, dan gue kabur ke rumah temen SD gue (huhu, apa kabar dia ya??) dan gue dikejer sampe sana dan.. kebangun, bokap ngetok2 pintu udah pagi soalnya.

hmm. gue kebangun dengan kondisi tenggorokan sangat tidak baik, sampe sekarang. (udah tau gitu masih aja pulang malem2). besok gue back to campus lagi, kuliah sebentar dan rencananya mau kerumah tante gue. besok2nya sampe hari jumat gue UTS. sial.

malem2 gini gue masih aja mikirin giana caranya ngelanjutin novel gue, udah jalan chapter dua sih, hampir selesai tapi gue ngerasa adaaa aja yg kurang. gatau apanya, dan kebetulan belom diskusi lagi sama yang lain.

kmaren panasonic awards udah selesai, dan gue liat bagian reality show terbaik. bukan sirik apa gimana, cuma gue mikir aja, reality show yang fake abis gitu kok bisa masuk nominasi ya?

hmm... doakan saja saya..
semoga UTS berhasil
semoga novelnya cepet jadi dan bagus
semoga tenggorokan gue makin bener
dan semoga saya bisa ke kampus dan tidak nyasar besok pagi...



UTS fisika gue ngebahas ini nih :

Hydropower Plants

Worldwide, hydropower plants produce about 24 percent of the world's electricity and supply more than 1 billion people with power. The world's hydropower plants output a combined total of 675,000 megawatts, the energy equivalent of 3.6 billion barrels of oil, according to the National Renewable Energy Laboratory. There are more than 2,000 hydropower plants operating in the United States, making hydropower the country's largest renewable energy source.



We will learn how falling water creates energy and learn about the hydrologic cycle that creates the water flow essential for hydropower. You will also get a glimpse at one unique application of hydropower that may affect your daily life.


The Power of Water
Simple Beginnings
Use of hydropower peaked in the mid-20th century, but the idea of using water for power generation goes back thousands of years. A hydropower plant is basically an oversized water wheel.
More than 2,000 years ago, the Greeks are said to have used a water wheel for grinding wheat into flour. These ancient water wheels are like the turbines of today, spinning as a stream of water hits the blades. The gears of the wheel ground the wheat into flour.

When watching a river roll by, it's hard to imagine the force it's carrying. If you have ever been white-water rafting, then you've felt a small part of the river's power. White-water rapids are created as a river, carrying a large amount of water downhill, bottlenecks through a narrow passageway. As the river is forced through this opening, its flow quickens. Floods are another example of how much force a tremendous volume of water can have.
Hydropower plants harness water's energy and use simple mechanics to convert that energy into electricity. Hydropower plants are actually based on a rather simple concept -- water flowing through a dam turns a turbine, which turns a generator.

Here are the basic components of a conventional hydropower plant:



1. Dam - Most hydropower plants rely on a dam that holds back water, creating a large reservoir. Often, this reservoir is used as a recreational lake, such as Lake Roosevelt at the Grand Coulee Dam in Washington State.

2. Intake - Gates on the dam open and gravity pulls the water through the penstock, a pipeline that leads to the turbine. Water builds up pressure as it flows through this pipe.

3. Turbine - The water strikes and turns the large blades of a turbine, which is attached to a generator above it by way of a shaft. The most common type of turbine for hydropower plants is the Francis Turbine, which looks like a big disc with curved blades. A turbine can weigh as much as 172 tons and turn at a rate of 90 revolutions per minute (rpm), according to the Foundation for Water & Energy Education (FWEE).

4. Generators - As the turbine blades turn, so do a series of magnets inside the generator. Giant magnets rotate past copper coils, producing alternating current (AC) by moving electrons. (You'll learn more about how the generator works later.)

5. Transformer - The transformer inside the powerhouse takes the AC and converts it to higher-voltage current.

6. Power lines - Out of every power plant come four wires: the three phases of power being produced simultaneously plus a neutral or ground common to all three. (Read How Power Distribution Grids Work to learn more about power line transmission.)

7. Outflow - Used water is carried through pipelines, called tailraces, and re-enters the river downstream.



The water in the reservoir is considered stored energy. When the gates open, the water flowing through the penstock becomes kinetic energy because it's in motion. The amount of electricity that is generated is determined by several factors. Two of those factors are the volume of water flow and the amount of hydraulic head. The head refers to the distance between the water surface and the turbines. As the head and flow increase, so does the electricity generated. The head is usually dependent upon the amount of water in the reservoir.

Pumped Storage

The majority of hydropower plants work in the manner described above. However, there's another type of hydropower plant, called the pumped-storage plant. In a conventional hydropower plant, the water from the reservoir flows through the plant, exits and is carried down stream. A pumped-storage plant has two reservoirs:

1. Upper reservoir - Like a conventional hydropower plant, a dam creates a reservoir. The water in this reservoir flows through the hydropower plant to create electricity.

2. Lower reservoir - Water exiting the hydropower plant flows into a lower reservoir rather than re-entering the river and flowing downstream.

Using a reversible turbine, the plant can pump water back to the upper reservoir. This is done in off-peak hours. Essentially, the second reservoir refills the upper reservoir. By pumping water back to the upper reservoir, the plant has more water to generate electricity during periods of peak consumption.

Inside the Generator

The heart of the hydroelectric power plant is the generator. Most hydropower plants have several of these generators.




The generator, as you might have guessed, generates the electricity. The basic process of generating electricity in this manner is to rotate a series of magnets inside coils of wire. This process moves electrons, which produces electrical current.




The Hoover Dam has a total of 17 generators, each of which can generate up to 133 megawatts. The total capacity of the Hoover Dam hydropower plant is 2,074 megawatts. Each generator is made of certain basic parts:

1. Shaft
2. Excitor
3. Rotor
4. Stator

As the turbine turns, the excitor sends an electrical current to the rotor. The rotor is a series of large electromagnets that spins inside a tightly-wound coil of copper wire, called the stator. The magnetic field between the coil and the magnets creates an electric current.

In the Hoover Dam, a current of 16,500 volts moves from the generator to the transformer, where the current ramps up to 230,000 volts before being transmitted.

Hydropower plants take advantage of a naturally occurring, continuous process -- the process that causes rain to fall and rivers to rise. Every day, our planet loses a small amount of water through the atmosphere as ultraviolet rays break water molecules apart. But at the same time, new water is emitted from the inner part of the Earth through volcanic activity. The amount of water created and the amount of water lost is about the same.
At any one time, the world's total volume of water is in many different forms. It can be liquid, as in oceans, rivers and rain; solid, as in glaciers; or gaseous, as in the invisible water vapor in the air. Water changes states as it is moved around the planet by wind currents. Wind currents are generated by the heating activity of the sun. Air-current cycles are created by the sun shining more on the equator than on other areas of the planet.

Air-current cycles drive the Earth's water supply through a cycle of its own, called the hydrologic cycle. As the sun heats liquid water, the water evaporates into vapor in the air. The sun heats the air, causing the air to rise in the atmosphere. The air is colder higher up, so as the water vapor rises, it cools, condensing into droplets. When enough droplets accumulate in one area, the droplets may become heavy enough to fall back to Earth as precipitation.




--------------------------------------------------------------------------------



Hydropower Basics

Flowing water creates energy that can be captured and turned into electricity. This is called hydropower. Hydropower is currently the largest source of renewable power, generating nearly 10% of the electricity used in the United States.
The most common type of hydropower plant uses a dam on a river to store water in a reservoir. Water released from the reservoir flows through a turbine, spinning it, which, in turn, activates a generator to produce electricity. But hydropower doesn't necessarily require a large dam. Some hydropower plants just use a small canal to channel the river water through a turbine.
Another type of hydropower plant—called a pumped storage plant—can even store power. The power is sent from a power grid into the electric generators. The generators then spin the turbines backward, which causes the turbines to pump water from a river or lower reservoir to an upper reservoir, where the power is stored. To use the power, the water is released from the upper reservoir back down into the river or lower reservoir. This spins the turbines forward, activating the generators to produce electricity.

Types of Hydropower

Impoundment

An impoundment facility, typically a large hydropower system, uses a dam to store river water in a reservoir. The water may be released either to meet changing electricity needs or to maintain a constant reservoir level.

Diversion

A diversion, sometimes called run-of-river, facility channels a portion of a river through a canal or penstock. It may not require the use of a dam.

Pumped Storage

When the demand for electricity is low, a pumped storage facility stores energy by pumping water from a lower reservoir to an upper reservoir. During periods of high electrical demand, the water is released back to the lower reservoir to generate electricity.

Sizes of Hydropower Plants

Facilities range in size from large power plants that supply many consumers with electricity to small and micro plants that individuals operate for their own energy needs or to sell power to utilities.

Large Hydropower

Although definitions vary, DOE defines large hydropower as facilities that have a capacity of more than 30 megawatts.

Small Hydropower

Although definitions vary, DOE defines small hydropower as facilities that have a capacity of 0.1 to 30 megawatts.

Micro Hydropower

A micro hydropower plant has a capacity of up to 100 kilowatts (0.1 megawatts).

Turbine Technologies

There are many types of turbines used for hydropower, and they are chosen based on their particular application and the height of standing water—referred to as "head"—available to drive them. The turning part of the turbine is called the runner. The most common turbines are as follows:

Pelton Turbine

A Pelton turbine has one or more jets of water impinging on the buckets of a runner that looks like a water wheel. The Pelton turbines are used for high-head sites (50 feet to 6,000 feet) and can be as large as 200 megawatts.

Francis Turbine

A Francis turbine has a runner with fixed vanes, usually nine or more. The water enters the turbine in a radial direction with respect to the shaft, and is discharged in an axial direction. Francis turbines will operate from 10 feet to 2,000 feet of head and can be as large as 800 megawatts.

Propeller Turbine

A propeller has a runner with three to six fixed blades, like a boat propeller. The water passes through the runner and drives the blades. Propeller turbines can operate from 10 feet to 300 feet of head and can be as large as 100 megawatts. A Kaplan turbine is a type of propeller turbine in which the pitch of the blades can be changed to improve performance. Kaplan turbines can be as large as 400 megawatts.

How Hydropower Works

Most hydropower projects use a dam and a reservoir to retain water from a river. When the stored water is released, it passes through and rotates turbines, which spin generators to produce electricity. Water stored in a reservoir can be accessed quickly for use during times when the demand for electricity is high.

Dammed hydropower projects can also be built as power storage facilities. During periods of peak electricity demand, these facilities operate much like a traditional hydropower plant — water released from the upper reservoir passes through turbines, which spins generators to produce electricity. However, during periods of low electricity use, electricity from the grid is used to spin the turbines backward, which causes the turbines to pump water from a river or lower reservoir to an upper reservoir, where the water can be stored until the demand for electricity is high again.

A third type of hydropower project, called "run of the river", does not require large impoundment dams (although it may require a small, less obtrusive dam). Instead, a portion of a river's water is diverted into a canal or pipe to spin turbines.

How Hydropower is Used

Hydropower is currently the largest and least expensive source of renewable electricity produced in the United States.

Large and small-scale hydropower projects are most commonly used by clean power generators to produce electricity. Our Buying Clean Electricity section provides information on buying electricity generated from hydro and other renewable resources in your state.

Many large-scale dam projects have been criticized for altering wildlife habitats, impeding fish migration, and affecting water quality and flow patterns. As a result of increased environmental regulation, the National Hydropower Association forecasts a decline in large-scale hydropower use through 2020. Research and development efforts have succeeded in reducing many of these environmental impacts through the use of fish ladders (to aid fish migration), fish screens, new turbine designs, and reservoir aeration. Although funding has been limited, current research focuses on the development of a "next generation turbine, which is expected to further increase fish survival rates and improve environmental conditions.

A very small hydropower (called microhydro) project can also be installed to meet the electricity needs of a single home or small business, and is especially useful for those in remote areas. Our Making Your Own Clean Electricity section provides more information on issues involved with producing your own electricity.
ada yg mau bantu ngartiin?

Buat anak kok coba-coba

mungkin, gue harus mencoba mengutip apa slogan iklan minyak kayu putih tiiiiittt (sensor, kalau mau disebut buat promo bayaaaar, bayaaaaaaaarrrrr *gila duit*)

"buat anak- kok coba-coba"

lain kali gue perlu pasang sloigan itu di kamar gue atau di jidat gue sekalian.
biar nyokap-bokap gak bikin gue nyoba-nyoba sesuatu diambang batas deadline.
jadi pagi ini, gue harus ke kampus. CATAT HARUS. kalau gak uts juga gue titip absen deh.
fakultas gue emang aneh, UTS tuh gak dijadwalin, jadi disela-sela uts tetep aja ADA kelas, (oh sucks abis)
sementara gue liat temen-temen gue,

"Lo dikampus gak?"
"gak lah lan, gue kan UTS."
"..."

fu*k, huh, enak banget UTS dijadwalin, jadi sejadwal2nya kalau gak ada UTS kelas juga gak ada.

back ti topic, karena hari ini harusnya gue ngampus, gue disuruh brangkat sendiri ke kampus, by train.
pertama : keretanya tuh pagi
kedua : gue belom pernah naek kereta dari rumah gue ke depok
ketiga : gue ada UTS jam 9.45
keempat : mata kuliah yang di UTSin tuh gue goblok bangettttttttt.

makanya gue iya-iya aja waktu disuruh naek kereta, biar datengnya pagi, bisa blajar (hell ya, BLAJAR KOK, gue ngebahas soal sama Timas) dulu, bisa santai-santaian di kampus.
sayangnya tidak sepagi itu.
iya gue berangkat normal, beli tiket yang kaya tai itu, dan dengan sukses gue nyasaaaaarr
emang dasar gue goblok, gue gak ngerti gue harus turun dimana, pindah kereta apa kagak.
walhasil, gue nyasar di stasiun manggarai
mau turun udah ditutup. terpaksa turun di sudirman
cari kereta lagi
ke depok

harusnya gue jam 8 paling lambat udah sampe, gue sukses sampe ke kampus jam sembilan.
karena kegoblokan gue.
bayangkan, kereta berhenti, gue bengong dalam kreta, kreta mau jalan gue baru nanya dan mendapati fakta kalau gue harusnya turun. bego.

yaudahlah ya. gue mutusin pulang ngampus JANGAN sampe gue naek kreta lagi. walau gue udah tau jalurnya.
dan gue naek kreta ekonomi dari sudirman ke depok. yah, untuk ukuran kreta ekonomi, -karena ga penuh- gue bilang asik lah.
akhirnya gue bisa meng-imagine apa yang dikarang dhonny dirgantoro di 5 cmnya
emang banyak banget filosofi yang bisa diambil, bisa dijadiin renungan, bisa dipikirin dan bisa makin menusuk hati.

anyway jangan tanya UTS gue. UTS DPBO (desain pemrograman berorientasi objek) mulainya telat, udah gitu copyan soalnya kurang. dan sekali lagi, ternyata openbook. untung gue gak blajar mati2an <-nyari excuse

jawaban gue..... KONYOL iya bukan jelly (itu KENYAL) ga tau deh brapa nilai gue, pasrah, gue lebih mikirin gimana caranya gue keluar dari kelas ini, dengan gak sok pinter (brarti kudu ada yg keluar duluan), dan keliatan bisa (catat yah hanya keliatan).
tujuannya biar bisa nebeng pulang lebih cepet, jadi kagak musti jumatan di MUI. dan gue sukses. ;))

udah ah, mau mikir nyari ide lagi buat kerjaan gue.

ide oh ide dimanakah dirimu belahan jiwaku.

*asal jangan abis ini ada yg dateng ke gue then " mas kenalin, nama saya ide" oh iya sorry dlm pnggunaan bahasa yg agak2,maklum lg sensi sama org*

Please,jgn nyiram masakan lo pake lada + bumbu kacang pedes.

gue malem ini gak makan malem, yah lumayan lah masih bisa nahan sampe besok pagi, gak salah tadi walau siang udah makan, sore gue makan lagi (enggak kok, gue gak makan 4x sehari, tadi pagi gue belom makan pagi, makanya siangan sbelum jam makan siang udah makan)
kenapa gue milih gak makan malem?
soalnya lidah gue kepedesan. (ga nyambung yah?)

gue seneng juga nyoba-nyoba eksperimen mencampurkan bahan-bahan makanan yang kira-kira enak terus gue masak, kan ujung-ujungnya kalau gagal tinggal tambahin kecap juga enak.
pertama kali nyoba, gue bikin martabak mie dengan enam telor yang tebelnya naujubile
kedua gue bikin spagheti pake sambel terasi
dan yang terakhir malem ini.
nasi di rice cooker tinggal dikit, tinggal sekali makan. dan itu sisa nasi yang bisa gue makan malem ini.
lauk ga memadai, kayanya enak kalau eksperimen bikin masakan goreng2 trus gue tambah nasi.
gue berniat make telor + daging giling buat gue campur kaya omelet rusak, trus gue kasih nasi, digoreng-goreng tambahin bumbu, kalau udah enak makan, kalau enggak enak-enak tambahin kecap. (hahaha)

gue menggoreng bacem (tempe sama tahu) trus di sisi lain kompor gue nyalain api, mulai numis si daging giling.
tumis, tumis, udah mulai mateng, gue tambahin telor, dan gue tambahkan kaldu bubuk si maggi rasa sapi.
trus gue berniat nambahin garem dan lada, secara lada lebih deket posisinya, gue ambil si botol lada, tubuhnya yang agak lonjong, bertutup merah
setau gue dimana-mana botol lada tuh ada tutup dalem tutup yang ada bolong2nya gitu biar kluarnya dikit-dikit.
and you know?
gue lupa kalau tutup dalem botol lada di dapur gue tuh kagak ada.
dan daging+telor tumis gue itu gue tumplekin lada sebanyak2nya...
tidaaaaaaaaaaaaaakkkkk, maha karya gue, sekarang gue mikir bisa dimakan atau enggak.

setelah menimbang , memperhatikan nampaknya kecap bisa menjadi solusi, gue tambahin kecap + nasi, logika gue, dengan proporsi bahan-bahan yang semakin banyak, maka keladaan masakan gue itu bisa semakin berkurang panasnya.
gue nambahin bahan-bahan, telor gue tambah, nasi, kol, segala macem, dan gue berpikir untuk nambahin bumbu kacang pecel nyokap yang masih bersisa dan didinginin di kulkas. (gue udah sempet nyobain makan nasi goreng pake itu, enak kok)

begonya gue lupa, nyokap gue bikin itu bumbu pedes.

lada + bumbu kacang yang pedes (mo ditambah kecap seberapapun) = Lidah gue kebakar bara api.

dan maafkan aku para petani, para ayam yang telornya gue masak, para sapi yang dagingnya udah digiling dan lain-lain makanan tersebut sukses masuk tempat sampah. jadilah gue gak makan hari ini. >.<

nyokap gue lagi kerumah sakit bareng bokap, ngejengukin tante gue yang masih gawat banget, masih meminta mohon doanya ya semuaa..

by the way, gue baru aja nemuin film di TV, kalau gue gak salah ini tuh hide and seek bukan yah? gue baru nonton sedikit di tengah-tengah, soalnya masih ngikutin cinta fitri 3 hahaha
jadi inget kalau tadi pagi gue sempet ngobrolin film horor sama temen gue, dan kayanya emang sekarang di bioskop, film indo yang horor lagi rame yah?
gue gak berniat nonton sama sekali, gue nonton film horor indo = nonton film komedi, goblok soalnya. gak, gue gak berniat nulis tentang shutter, ju-on, the eye atau yang lainnya.
gue cuma akhir-akhir ini ngerasa aja kalau kosan gue emang agak-agak. menyeramkan.

gue udah dua kali ketindihan, dan kalau gue pikir2 selalu disaat gue lagi males mandi + gak ganti baju dari kampus + baju udah gue pake kedua atau ketiga kalinya. kasarnya gue lagi 'kotor banget'
dan belakangan suka ada yang memperingatkan gue. kayak magrib-magrib gue ngantuk dan nyaris tidur, kaya ada yang ngegaplok gue, malem2 lagi asik main laptop ada yg nyentuh gue.
kosan gue emang sebelahnyua pohon pisang sih, kata kk gue waktu dateng juga nyeremin, but, gue berusaha enjoy aja ah, selama mreka gak ganggu gue.

pemahaman gue tentang dunia mistik pertamanya gak percaya, pas sd dimana gue sempet menemukan dunia yang tidak seharusnya gue lihat gue menjadi percaya, bahkan semakin percaya ketika gue menyaksikan sendiri fenomena-fenomena aneh selama ini.
langkah kaki yang gak pernah kedengeran, jendela kamar gue diketok2, jendela tetangga gue yang gerak sendiri , pintu kamar mandi yang kebuka sendiri, yah, gue berharap aja kalau memang gue gak akan melihat penampakan itu *walau pengen juga sih , hahaha konyol*

dah, ah jadi merinding disko,

ada yang bisa nyaranin gue tempat buat banyak-banyak baca buku gak?
i really miss my reading time, udah gak banyak lagi waktu gue buat baca-baca tulisan orang dalam bentuk novel, gue butuh banyak referensi

mohon doa dan semangatnya juga, karena gue lagi berusaha serius ngerjain novel gue yang masih mandeg hahaha. tapi gue serius kali ini, karena gue ngajakin orang lain, temen-temen reviewers (anggri , puji , neng intan) yang sama-sama menang kemaren buat bikin novel bareng
konsepnya bakalan ngegabungin traveler's tale - kamulah satu-satunya - confeito. dan smeuanya udah dapet idenya.
nah , doakan supaya ide gue keluar yak, semangat gue juga, gue sempet konsul (baca: nodong ilmu) juga sih sama si penulis Raditya Dika, dan lagi pengen nyari waktu buat konsul sama mbak windy ariestanty pemred gasmed, semoga aja bisa tetep jalan, soalnya ternyata gue masih bego banget dalam dunia tulis menulis.

ps : hahaha, kuis kalkulus 1 gue yang -malemnya gue ketiduran gak belajar- dapet nilai 96 -4 dari perfecto. (walau ada yg sratus) tapi nilai gue termasuk tinggi, yihaaa, smoga ujian kedepan bisa bagus juga XD


sign out, see you later...

Reuse journey (part2)

*lanjut (ga pke rjmp forever)

1menit kemudian, bokap gue nelpon, sekalian gue nanyain rute pulang dan beberapa alternatif. pas bokap masih ngejelasin, ada yang turun, kok gue familiar ama mukanya yah..?

pas dia ngomong gue baru sadar, hahaha dia bang aldonutzz abrahams , suaranya tetep sama gitu yah kalo siaran sama enggak, hahaha, padahal beberapa penyiar yang udah gue denger via radio dan langsung suaranya beda,


bang aldo : hai lan
gue : hai
bang aldo : kemaren dijanjiin apa aja sama yan?
gue : wah kurang tahu juga tuh, kmaren pas ditelpon batre gue abis dan mati HP gue, belom di confirm lagi sih.
bang aldo : oh gitu, hadiahnya ini < naro 5 cd ke meja >
gue : < agak kaget > hadiahnya ini? *nunjuk CDnya
bang aldo : iya (gue ngeliat CDnya) lo dari mana emang lan?
gue : kampus bang
bang aldo : kampus lo mana sih?
gue : UI bang
bang aldo : wah jauh banget dong?
gue : gak kok, kan aksesnya pake kereta.
bang aldo : oh iya, deket dong berarti. trus lo sekarang mau kemana?
gue : mau balik bang
bang aldo : rumah lo dimana emang?
gue : BSD bang, thanks bang CDnya
bang aldo : yup sama-sama lan, lo kalo online dimana emang?
gue : HP bang.
bang aldo : oh OK,

trus gue cabut. hakhak..

dan waktu hari jumat lo liat orang pake tas raditya dika dipinggir jalan, panas-panas, pake sweater, nah, orang gila itu gue.. gue salah jalaaaaann dan nyasaaaarrr...
mo ke stasiun tanah abang, malah nyasar ke kwitang, *bego* gara-gara salah nyebrang jadi totally salah jalan, dan gue sadar pas udah jauh begooooo... terpaksa deh
menggunakan kendaraan terkeren abad ini,yang menjanjikan dimasa depan, dan diimpor dari luar negri yaitu : bajaj.
gue pernah naik bajaj, juga rame2, dan waktu gue jaman masih mudaaa (gue ga mau bilang kecil, pan gue gak pernah kecil :D)..
sekarang, naek lagi, sendiri, haha konyol juga..
seru seruu... (mau lagi mau lagi hhahahaha, penting ga seh)

trus gue ke stasiun tanah abang, naek kreta lagi,hmm banyak banget yah, yang bisa jadi pelajaran di kereta, buat gue yang baru banget naek kereta, seru lah, gue banyak banget ngeliat pelajaran hidup disini.
yang bikin males cuma karena bareng ibu-ibu yang kayanya tempat duduk tuh surga dunia, hey, perjalanannya juga cuma beberapa puluh menit, plis deh, mendewakan kursi banget sampe orang main digeplok2 aja. tai. besok2 bawa aja kursi besi trus taro sendiri di kereta. huh (emang kalo rame2 di stasiun bikin naik darah banget.)

pulang istirahat sebentar, gue kerumah sakit, jenguk tante gue, dan gue baru balik jam 12 malem, minta doanya banget ya guys, soalnya kondisi tante gue mengkhawatirkan banget.. plis banget bantuin doanyaa..

oh iya waktu itu ada yg nanya blog gue ga bisa di komen jawabannya : gue juga gatau settingannya hahaha, lagian males ngemoderation komennya, kalo mo komen di blog gabisa, ke fesbuk gue aja,via message juga open ko,