Select one behavior. Every returned turn has one binary label: Present or Absent. Source: final dense boolean release.
bb6b5e0062645ee83f4e99b6ليس ماعم تفهم عليي
أنا هنا لمساعدتك، ممكن توضح لي أكثر شو المشكلة أو شو اللي مش واضح عندك؟ حتى أقدر أفهم أفضل وأساعدك بطريقة مناسبة.
a79859566118bb171f7f6bc3Buat ulang judul artikel dan isi artikel berita ini dengan kosa kata, karakter, bahasa yang mudah dipahami oleh semua usia, bahasa yang rapi, sederhana, tetap informatif, tetap ambil point penting saja tidak semuanya diambil, tapi diringkas dan disimpulkan dalam bahasa Indonesia.
- Judul Berita pastikan disusun ulang menjadi judul berita yang mudah dipahami, ringkas, kesimpulan dan juga tetap seperti proffesional. susun kalimat judul berita dengan baik
- **Nama anime, Nama Orang organisasi, studio, dan tempat diberi tanda kutip dua ("")**, tetapi **kata seperti anime, manga, studio, atau tempat tidak perlu diberi kutip**.
- Jangan ubah atau hilangkan kata dari judul asli artikel.
- Ambil Point Penting dan jadikan seluruhnya dalam 1 Paragraf dengan Rapi dan terstruktur seperti layaknya berita proffesional
- hilangkan duplicate kata yang sama yang tidak perlu
- Jangan gunakan label seperti "Judul Artikel:", "Isi Berita:", atau "Poin-Poin Penting:".
- Apabila terdapat judul film, nama orang, nama anime, atau nama kartun, jangan diubah ke bahasa Indonesia
- Berikan hasil akhir dalam bentuk paragraf langsung tanpa tambahan format lain:
Live-Action Ayaka is in Love with Hiroko Sequel Series Reveals 5 More Cast Members
The newly announced cast members are (image above from top left to bottom right):
Sayuri Matsumura as Anri, a mysterious employee of a major advertising company in Tokyo who meets Hiroko by chance.
Hiroki Nanami as Jun, a legend in the lesbian world, rumored to make anyone who lay their eyes on her fall in love
Hohomi Nasu as Misato Ebina, Ayaka's junior at work
Ema Kurata as Tsumugi Igari, Hiroko's niece
Riria Kojima as Keiko Igari, Tsumugi's mother and Hiroko's younger sister
The sequel series will premiere on
MBS
and
TV Kanagawa
on June 26, on
TV Saitama
on June 30, on
Gunma TV
on July 1, on
Tochigi TV
on July 2, and on
Chiba TV
on July 3. The series will have six episodes.
Shiho Katō and Kanna Mori return as Ayaka Usagida and Hiroko Kanō, respectively.
Yūka Eda will direct the first three episodes of the series, while Yūho Ishibashi is directing the latter three episodes. Ayumi Shimo is returning to pen the scripts.
The first series premiered in Japan in July 2024.
NTT Solmare Corp's MangaPlaza digital service publishes the manga in English. The company describes the story:
Soft and bubbly office lady Ayaka is madly in love with her senior at work, Hiroko! Two lovestruck coworkers who both think the other is straight totally crush on each other... popular Twitter artist Sal Jiang's latest office rom-com!
Jiang launched the manga on Futabasha's Web Comic Action manga website in June 2020, and ended it in March 2023. Futabasha published the manga's third and final volume in the same month.
Jiang's Black and White: Tough Love at the Office (Shiro to Kuro: Black & White) manga debuted on Jitsugyo no Nihon Sha's manga website Comic Ruelle in March 2020, and ended with its third volume in May 2023. Seven Seas licensed the manga in English and published its first compiled book volume in October 2022. The manga's second volume will ship in October 2024.Live-Action Serial "Ayaka is in Love with Hiroko" Umumkan 5 Pemeran Tambahan dan Jadwal Tayang Sekuel Serial sekuel live-action "Ayaka is in Love with Hiroko" mengumumkan lima pemeran baru, yaitu Sayuri Matsumura sebagai Anri, seorang karyawan misterius di perusahaan iklan besar di Tokyo yang bertemu dengan Hiroko secara kebetulan; Hiroki Nanami sebagai Jun, sosok legendaris di komunitas lesbian yang membuat siapa pun jatuh cinta padanya; Hohomi Nasu sebagai Misato Ebina, rekan kerja junior Ayaka; Ema Kurata sebagai Tsumugi Igari, keponakan Hiroko; dan Riria Kojima sebagai Keiko Igari, adik Hiroko sekaligus ibu Tsumugi. Sekuel ini akan tayang di berbagai stasiun TV, mulai dari MBS dan TV Kanagawa pada 26 Juni, di TV Saitama pada 30 Juni, Gunma TV pada 1 Juli, Tochigi TV pada 2 Juli, dan Chiba TV pada 3 Juli, dengan total enam episode. Shiho Katō dan Kanna Mori kembali memerankan Ayaka Usagida dan Hiroko Kanō. Sutradara Yūka Eda menangani tiga episode pertama, sementara Yūho Ishibashi menyutradarai tiga episode terakhir, dengan Ayumi Shimo kembali sebagai penulis skenario. Serial pertama telah tayang sejak Juli 2024 di Jepang. Manga asli karya Sal Jiang diterbitkan dalam bahasa Inggris oleh MangaPlaza milik NTT Solmare Corp dan bercerita tentang Ayaka, wanita ceria yang jatuh cinta pada seniornya Hiroko, meski keduanya mengira satu sama lain adalah heteroseksual. Manga ini diluncurkan di situs Web Comic Action sejak Juni 2020 dan berakhir pada Maret 2023 dengan tiga volume, sementara karya Jiang lainnya "Black and White: Tough Love at the Office" juga telah dirilis dalam bahasa Inggris oleh Seven Seas dengan volume kedua dijadwalkan keluar Oktober 2024.
63650dd97169c16fe03e45d1User: hi, how are you? User: hi, how are you? Assistant:
Hello! I'm doing well, thank you. How can I assist you today?
979bcfe4b60e7986dfb025d7Conidtions for thunder to form
Thunder is the sound produced by the rapid expansion of air surrounding a lightning bolt. For thunder to form, certain atmospheric conditions must be met, primarily those that lead to lightning formation. Here are the key conditions for thunder to occur: 1. **Presence of a Thunderstorm**: Thunder is always associated with thunderstorms, which contain thunderclouds, typically cumulonimbus clouds. 2. **Moisture**: There must be sufficient moisture in the atmosphere to form large, towering clouds that can develop electrical charges. 3. **Instability in the Atmosphere**: The atmosphere needs to be unstable, with warm, moist air near the surface rising rapidly into cooler air above. This promotes the development of strong updrafts and the formation of cumulonimbus clouds. 4. **Vertical Wind Shear**: Changes in wind speed or direction with height can aid in the development of strong storm cells capable of producing lightning. 5. **Charge Separation**: Within the storm cloud, collisions between ice particles, water drops, and hailstones create a separation of electrical charges, with positive charges accumulating at the top of the cloud and negative charges at the bottom. 6. **Lightning Discharge**: When the electrical potential difference becomes large enough, a lightning discharge occurs either within the cloud, between clouds, or between the cloud and the ground. 7. **Rapid Heating of Air**: Lightning heats the surrounding air rapidly (up to around 30,000 K or more), causing the air to expand explosively. 8. **Expansion and Shock Wave**: The rapid expansion creates a shock wave that propagates through the air, which we hear as thunder. **Summary**: Thunder forms when a lightning discharge rapidly heats the air, causing an explosive expansion that produces a shock wave. The necessary conditions for this include a thunderstorm with sufficient moisture, atmospheric instability, charge separation in storm clouds, and the occurrence of lightning.
946811f385afce9bc155c862Expand with technical values. Like a typical eureopean saturation point etc?
Certainly! Here's a more technical and detailed explanation of the conditions for thunder formation, including typical meteorological values relevant to temperate European climates. --- ## Technical Conditions for Thunder (Thunderstorm) Formation with Typical Parameters ### 1. **Moisture and Saturation** - **Saturation vapor pressure (eₛ)** depends on temperature (T). For example, - At 15°C, eₛ ≈ 17 hPa - At 20°C, eₛ ≈ 23 hPa - **Typical European low-level relative humidity (RH)** for thunderstorm initiation is often **60-80% or higher**, providing enough moisture to allow convection and cloud formation. - **Mixing Ratio (w)** at the surface often ranges from 5 to 12 g/kg in summer, adequate for deep convection. - **Lifting Condensation Level (LCL)**: Around **850-900 hPa (~1-1.5 km altitude)** is common, where air parcels become saturated and clouds begin to form. --- ### 2. **Atmospheric Instability** - **Convective Available Potential Energy (CAPE)**: CAPE quantifies the buoyant energy available to an ascending air parcel. - Typical CAPE values in European summer thunderstorms range from **500 J/kg (weak instability)** to **1500-2500 J/kg (moderate to strong instability)**. - Values > 1000 J/kg are generally conducive to thunderstorms. - **Lapse Rate**: - Moist adiabatic lapse rate: ~6°C/km when saturated - Dry adiabatic lapse rate: ~9.8°C/km when unsaturated - For thunderstorm development, the environmental lapse rate typically exceeds **6.5°C/km** between surface and mid-troposphere (~850-500 hPa), signifying instability. --- ### 3. **Vertical Wind Shear** - Shear between the surface and 6 km altitude (e.g., 0-6 km bulk shear) of **10-20 m/s** supports supercell or multicell thunderstorm organization. - Moderate shear (~10 m/s) helps updraft longevity and storm structuring, leading to longer-lasting thunderstorms that produce significant charge separation. --- ### 4. **Charge Separation and Lightning Development** - Thunderclouds (cumulonimbus) typically extend from ~1 km (cloud base) up to 10-12 km (tropopause). - Charge separation occurs within clouds primarily between **-10°C to -40°C** levels. - Graupel and ice crystal collisions transfer charge: - Upper positive charge region at cloud top (> 0 °C ice crystal zone) - Middle negative charge region (graupel-rich zone: around -10°C to -20°C) - Typical charge differences ≥ hundreds of millions of Coulombs can develop inside a thundercloud. --- ### 5. **Lightning and Thunder Sound Generation** - **Lightning channel temperature** can reach ~30,000 K (5 times the surface temperature of the sun). - The air expands rapidly at around **10^4 m/s (10 km/s)** right next to the channel, creating a shock wave. - The expansion rate produces a pressure wave (thunder) that can travel several kilometers. - Speed of sound in air: ~343 m/s (at 20°C). --- ### Summary Table of Typical Parameters for European Thunderstorms: | Parameter | Typical Value (Temperate Europe) | |-----------------------------|--------------------------------------| | Surface Temperature | 15°C - 25°C | | Surface Relative Humidity | 60% - 80% | | Dew Point Temperature | 10°C - 18°C | | Saturation Vapor Pressure | ~17 - 23 hPa (depending on T) | | Lifting Condensation Level | 850 - 900 hPa (~1 - 1.5 km) | | CAPE | 500 - 2500 J/kg | | Environmental Lapse Rate | >6.5°C/km | | Vertical Wind Shear (0-6 km) | 10 - 20 m/s | | Lightning Channel Temperature| ~30,000 K | | Thunder Sound Propagation | Speed of sound ~343 m/s | --- ### References - *Wallace & Hobbs, Atmospheric Science: An Introductory Survey.* - *Bluestein, Synoptic-Dynamic Meteorology in Midlatitudes.* - European climate data: ECMWF ERA5 reanalysis --- If you want, I can also provide typical formulas or modeling approaches for CAPE calculation or charge separation physics. Just let me know!
6749336ac52086498634b22eMake the following text seem more friendly. Use the same language as the original text. ONLY return the modified text and nothing else. Make the following text seem more friendly. Use the same language as the original text. ONLY return the modified text and nothing else. just wanted to ask everyone for this dillema I am facing right now, I have been a raycast user since day one of getting a macbook & believed in monarch's vision so instantly bought a license for myself because eventually would want to daily driver this. But, the main question here is that I have created so many automations and shortcuts within raycast and have customized and made it an extension of my workflow to an extent where switching to monarch would mean changing how i work or rework on my automations and learning how to interact with it consciously as supposed to raycast now being just a subconscious experience for my workflows I have no doubt that monarch fits in my future vision better but switching to it would require a significant brain power and conscious learning patterns to make it as seamless as raycast just wondering if someone is also in the same shoes as i am here. I support monarch and it's vision heavily and no telemetry and all privacy features of it are extremely important to me just wanted to know what do you guys think about this.
Hey everyone, I just wanted to share a little dilemma I’m facing right now. I’ve been a Raycast user since the day I got my MacBook and really believed in Monarch's vision, so I instantly bought a license because I knew I’d eventually want to use it as my daily driver. The thing is, I’ve created so many automations and shortcuts within Raycast, and it’s become such an extension of my workflow that switching to Monarch would mean reworking how I work, rebuilding automations, and consciously learning a new way to interact with it—whereas Raycast feels like a natural, almost subconscious part of my routine now. I’m confident that Monarch fits my future vision better, but making the switch feels like it would take a lot of brainpower and conscious effort to get that same seamless experience. I’m just curious if anyone else is in the same boat? I really support Monarch and its vision, and I value its no telemetry and strong privacy features. Just wanted to hear your thoughts!
84edc9df311699c5b6801e3bفتاح مخك شوي
أكيد! كيف يمكنني مساعدتك اليوم؟ هل تريد مناقشة موضوع معين أو تحتاج مساعدة في شيء محدد؟
86f92d8ea94f2f669fc33a85لشو يستخدم دواء carboburn
دواء **Carboburn** غالباً يُستخدم كمكمل لفقدان الوزن أو لتعزيز عملية الأيض. يحتوي عادةً على مكونات تساعد في زيادة حرارة الجسم وحرق الدهون، مما يدعم جهود تخفيض الوزن عند اتباع نظام غذائي صحي وممارسة الرياضة. مع ذلك، من المهم جداً استخدام هذا الدواء أو المكمل تحت إشراف طبيب، لأن بعض مكونات حرق الدهون قد تسبب آثار جانبية أو تتداخل مع أدوية أخرى. إذا كنت تفكر في استخدام Carboburn، أنصحك باستشارة الطبيب أو الصيدلي أولاً للحصول على التوجيه المناسب وللتأكد من سلامة استخدامه حسب حالتك الصحية.
0dbbf5d5eb54e3a909a08132ومتى تظهر نتائجه
لم توضح لي أي نتائج تقصد تحديدًا، هل تقصد نتائج امتحان معين، أو نتائج تحليل طبي، أو نتائج مشروع أو شيء آخر؟ من فضلك زودني بمزيد من التفاصيل لأتمكن من مساعدتك بشكل أفضل.
ee8ae43c327f87cef3691e56Ты — генератор промптов для MidJourney.
Составь сбалансированный, короткий, но насыщенный промпт на английском языке по следующей теме:Bitcoin price hits fresh all-time high exceeding $110,000 — Binance platform data{сюжет/сцена/объект}
Условия:
Максимум ~350 символов
Сначала идёт описание сцены (главное, второстепенное)
Затем: художественный стиль, детализация, свет/атмосфера, композицияBitcoin price surges past $110,000 on Binance platform, glowing golden coin rising above futuristic digital trading charts, data streams and holograms surrounding it, cyberpunk style, ultra-detailed, neon lighting, dynamic composition with focus on upward momentum, high-tech financial atmosphere.