@jkt48.nayla: この衣装も、この曲もお気に入り❤️💙 #jkt48 #アイドル

Naychan (荒木ナイラ)
Naychan (荒木ナイラ)
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Region: ID
Friday 06 March 2026 10:22:44 GMT
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jkt48.nayla
Naychan (荒木ナイラ) :
Ga pake poni cocok ga….
2026-03-06 10:24:50
1908
yfg_ouw
hirr_ :
duduk ah ada orang jepang kawai
2026-03-06 10:47:58
274
zriifriyana_
fzrfryna_ :
nayra mirip orang Japan ya 🤗😇
2026-03-06 10:53:29
545
shakiiism
dhil :
NAYLA CERTIFIED =LOVE FAN?🤩🤩🤩
2026-03-08 18:58:29
5
test1_36
sendy_ceaser :
Nayla, kamu nggak perlu membuktikan apa pun kepada orang-orang yang bahkan nggak kenal kamu secara pribadi. Mereka menghakimi satu momen, sementara kamu sudah melewati ratusan momen lain yang tidak pernah mereka lihat — latihan yang melelahkan, hari-hari yang berat, dan semua hal kecil yang kamu korbankan diam-diam demi sesuatu yang kamu cintai. Membantu orang lain itu bukan kesalahan. Kalau kamu melakukan itu karena peduli, karena loyalitas, karena kamu adalah tipe orang yang nggak bisa diam melihat temannya kesulitan — maka itu justru menunjukkan siapa kamu sebenarnya. Dan itu sesuatu yang banyak orang nggak punya. Hujatan itu terasa berat, apalagi kalau datangnya dari orang-orang yang selama ini kamu anggap mendukung kamu. Tapi percayalah, kebisingan itu nggak akan bertahan lama. Yang bertahan adalah karakter — dan karakter kamu sudah berbicara lebih keras dari semua komentar itu. Jatuh bukan akhir. Bahkan atlet terbaik di dunia pernah gagal di depan jutaan orang, tapi mereka bangkit bukan karena nggak merasakan sakitnya — melainkan karena mereka tahu bahwa mereka lebih dari sekadar satu kesalahan. Kamu lebih dari ini, Nayla. Jauh lebih dari ini. Dan orang-orang yang benar-benar mengenalmu, yang benar-benar bersamamu — mereka tahu itu. Tetap berdiri. Tetap jadi kamu. ✨
2026-03-15 13:18:16
48
ma29._0
mi ayam :
lopii
2026-04-16 02:36:36
1
nagufangs
ubu ungi :
IKORABU MENTIONED
2026-03-06 17:23:25
8
freeplstn46
freeplstn :
nayra chang 🫰
2026-03-06 11:01:45
9
mikrokosmos__2
♡ :
ga pake poni tambah cantik, kelihatan Japanese nya
2026-03-06 16:36:55
96
indisy340
👉🏻👈🏻 :
MBG!! 🙆🏻‍♀️🙆🏻‍♀️
2026-03-06 10:51:42
45
zw3ezy
Miiuyaa :
beneran bikin kecanduan ini lagu🥴
2026-03-18 16:44:56
5
nala_only27
ell :
Nayla tetep semangat ya😊
2026-03-15 13:04:02
27
nansukamarsha
aznie. :
ko komenan nya pada bilang nayra sih bukan nayla😭
2026-03-06 12:40:07
12
wadzzimupss
wa :
kak Nayla,tetep di JKT48 ya jangan graduation dulu.takut banget kamu ikutan grad😭
2026-04-19 15:52:08
5
nblhruuskr
bla :
CANTIK BGT PRINCESS
2026-03-06 12:06:20
7
minskisu
WKWK 🤬 :
walau pun udah tinggal di indo tapi Japan nya kuat 😭
2026-03-06 11:05:27
6
saelluneshi
catkhaL :
nayla cantik sayangg semangat yaa, niat kamu baikk kokk🥺🤍
2026-03-16 01:17:03
3
khairul43212
Khairul4321 :
Nayla chann❤️
2026-03-06 10:25:28
6
i.jayz_
J★Y :
CAKEPPP, btw sumpah lagunya enak bgt
2026-03-19 23:21:13
2
sallll2122
nshmrkies⊹𐙚 :
kawaii neee
2026-03-06 11:19:52
2
alanaa.033
𝝰𝗹𝝰ֺ𝗻۪𝝰ֺ :
naylaaa, semangat
2026-03-15 13:27:59
1
miyccaaa
miyccaaa :
Naylaaa semangat yaaa
2026-03-16 13:07:57
1
boyysanz
𝕯𝖎𝖙 𝖘𝖆𝖍𝖆? :
2026-03-07 05:06:00
1
kaefaa_5
Kaepa Aja🕸 :
nayraaa🤭💗
2026-03-07 10:25:50
1
udiennduasatu
udienn21 :
Mysonggg
2026-04-17 14:07:26
2
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Other Videos

Piston Movement Explanation.. The piston in an internal combustion engine operates in a series of cyclical movements within the engine cylinder, typically following these four stages: Follow us =》Automotive craft  -----1. Intake Stroke - Piston Movement: The piston moves down. - Valve Operation: The intake valve opens. - Process: A mixture of air and fuel is drawn into the cylinder. ------2. Compression Stroke - Piston Movement: The piston moves up. - Valve Operation: Both the intake and exhaust valves are closed. - Process: The air-fuel mixture is compressed, increasing its pressure and temperature. -------3. Power Stroke - Piston Movement: The piston is forced down. - Valve Operation: Both valves remain closed. - Process: The compressed air-fuel mixture ignites (usually by a spark plug in gasoline engines), causing combustion. The rapid expansion of gases pushes the piston down, creating the power that drives the engine. ---------4. Exhaust Stroke - Piston Movement: The piston moves up again. - Valve Operation: The exhaust valve opens. - Process: The spent gases are expelled from the cylinder through the exhaust valve. ----------Overview of Motion and Energy Transfer - Linear to Rotational Motion: The piston's linear movement is transferred to the crankshaft via the connecting rod, converting the linear motion into rotational motion. - Crankshaft: The crankshaft turns this rotational motion into usable mechanical energy to power the vehicle. ----------Continuous Cycle This cycle repeats rapidly, with each piston in a multi-cylinder engine operating in these stages, offset from one another to ensure smooth and continuous power delivery. #headstartmotoworx  #highlightseveryone2024  #everyone  #followers  #fbpost #tiktok
Piston Movement Explanation.. The piston in an internal combustion engine operates in a series of cyclical movements within the engine cylinder, typically following these four stages: Follow us =》Automotive craft -----1. Intake Stroke - Piston Movement: The piston moves down. - Valve Operation: The intake valve opens. - Process: A mixture of air and fuel is drawn into the cylinder. ------2. Compression Stroke - Piston Movement: The piston moves up. - Valve Operation: Both the intake and exhaust valves are closed. - Process: The air-fuel mixture is compressed, increasing its pressure and temperature. -------3. Power Stroke - Piston Movement: The piston is forced down. - Valve Operation: Both valves remain closed. - Process: The compressed air-fuel mixture ignites (usually by a spark plug in gasoline engines), causing combustion. The rapid expansion of gases pushes the piston down, creating the power that drives the engine. ---------4. Exhaust Stroke - Piston Movement: The piston moves up again. - Valve Operation: The exhaust valve opens. - Process: The spent gases are expelled from the cylinder through the exhaust valve. ----------Overview of Motion and Energy Transfer - Linear to Rotational Motion: The piston's linear movement is transferred to the crankshaft via the connecting rod, converting the linear motion into rotational motion. - Crankshaft: The crankshaft turns this rotational motion into usable mechanical energy to power the vehicle. ----------Continuous Cycle This cycle repeats rapidly, with each piston in a multi-cylinder engine operating in these stages, offset from one another to ensure smooth and continuous power delivery. #headstartmotoworx #highlightseveryone2024 #everyone #followers #fbpost #tiktok

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