Weather - Japanese Vocabulary

Climate - Japanese Vocabulary Regardless of whether you arranging an excursion to Japan or chatting in Japanese class, whatever may happen, youll need to figure out how to discuss the climate. Snap the connections to hear the articulation for each climate related Japanese jargon word or expression. Japanese Weather Vocabulary Climate tenki Ã¥ ¤ ©Ã¦ °â€" Atmosphere kikou æ °â€"候 Temperature ondo æ ¸ ©Ã¥ º ¦ Radiant bunny æ™'ã‚Å" Shady kumori 㠁 Ã£â€šâ€šÃ£â€šÅ¡ Downpour ame é› ¨ Day off yuki é› ª Thunder kaminari é› · Tempest arashi Ã¥ µ  Haze kiri éÅ" § Valuable Expressions Related to the Weather How is the weather?Tenki wa dou desu ka.Ã¥ ¤ ©Ã¦ °â€"㠁 ¯Ã£  ©Ã£ â€ Ã£  §Ã£ â„¢Ã£ â€¹Ã£â‚¬â€š The climate is nice.Yoi tenki desu.よ㠁„å ¤ ©Ã¦ °â€"㠁 §Ã£ â„¢Ã£â‚¬â€š Its sunny.Harete imasu.æ™'ã‚Å"㠁 ¦Ã£ â€žÃ£  ¾Ã£ â„¢Ã£â‚¬â€š Its cloudy.Kumotte imasu.曇㠁 £Ã£  ¦Ã£ â€žÃ£  ¾Ã£ â„¢Ã£â‚¬â€š Its raining.Ame ga futte imasu.é› ¨Ã£ Å"é™ Ã£  £Ã£  ¦Ã£ â€žÃ£  ¾Ã£ â„¢Ã£â‚¬â€š Its snowing.Yuki ga futte imasu.é› ªÃ£ Å"é™ Ã£  £Ã£  ¦Ã£ â€žÃ£  ¾Ã£ â„¢Ã£â‚¬â€š Its hot.Atsui desu.æš'㠁„㠁 §Ã£ â„¢Ã£â‚¬â€š Its humid.Mushiatsui desu.è' ¸Ã£ â€"æš'㠁„㠁 §Ã£ â„¢Ã£â‚¬â€š Its cold.Samui desu.Ã¥ ¯'㠁„㠁 §Ã£ â„¢Ã£â‚¬â€š Its warm.Atatakai desu.æšâ€"㠁‹ã â€žÃ£  §Ã£ â„¢Ã£â‚¬â€š Its cool.Suzushii desu.æ ¶ ¼Ã£ â€"㠁„㠁 §Ã£ â„¢Ã£â‚¬â€š Its windyKaze ga tsuyoi desu.é ¢ ¨Ã£ Å"Ã¥ ¼ ·Ã£ â€žÃ£  §Ã£ â„¢Ã£â‚¬â€š

Energy Efficient Housing Essay -- essays research papers

Vitality Efficient Building      Windows  â â â â      Energy proficient windows have different layers of glass. The explanation behind this is on the grounds that the more layers of glass you have the better it protects the house. Three or four layers of glass are a standout amongst other in light of the fact that you have more airspace in the middle of layers.  â â â â  â â â â      A littler airspace doesn't protect the structure just as a thicker airspace would. The thickest an airspace ought to be is 1 inch on the grounds that any thicker than that will make the glass of the window no longer protect the structure.      The air in the middle of the layers of glass ought to be thick and thick, with the goal that it can spare vitality. One of the most widely recognized show utilized in the middle of glass is argon. At the point when argon is utilized warmth misfortune is decreased. You could likewise utilize carbon dioxide or sulfur hexa-fluoride between glass.      Another kind of window that is utilized normally to keep the home cool is tinted glass. Tinted glass and tinted window films are utilized on structures to decrease heat increase through windows. Headways in tinted glass have now permitted us to cause the glass to show up similarly as a customary window that you can see through. The tinted glass arrangement is additionally utilized in numerous vehicles and private spaces for protection and to keep them cool in the mid year to save money on vitality costs.      When picking an appropriate sort of window outline, fiber glass is the main decision. Fiberglass is the most grounded material to use for the activity and it likewise includes a littler measure of upkeep contrasted with vinyl or wood.      Glazes on windows are one of the freshest strategies for vitality productive windows. Coating is a method of changed the glass with the goal that the light reflects off the window or ingests the light and carries it into the structure. Photograph chromic is the best item for coating, as it very well may be exchanged so it both mirrors the light and assimilates it. Photograph chromic is an item called a switchable coating. All switchable coating items are valuable for diminishing cooling loads and for limiting the sparkle off the sun from coming in the house. It would be most valuable is Saskatchewan since it carries heat into the house for the winter, ... ...likewise spare vitality by utilizing movement controlling for entryways and sinks. The lounge areas and lobbies ought to have diminish capable light switches. Another approach to spare a great deal of vitality is to do an ace switch at the front entryway that turns off all lights. That way you never leave a light on when you aren't at home. You should utilize gaseous petrol cook tops and broilers to eliminate power.  â â â â      Wind Turbines      Wind turbines can be extremely valuable in bringing vitality into your home. They are particularly valuable when sunlight based boards aren't working. They take the breeze speed from seas, lakes, burrows, or waterways and transform it into vitality. To utilize the breeze turbines most productively you should set up a breeze power framework.  â â â â      Energy Efficient Motors      Energy proficient engines utilize more copper and iron than normal engines. They likewise devour less vitality than standard engines.  â â â â  â â â â â â â â â â â â â â â â â â â â â â â â

Field trip

10 / Field trip To set the mood: Feeling Blue When Im in New York I listen to Palestinian hip hop, but when Im in Palestine, I listen to the blues.  Nida Sinnokrot,  Palestine Blues Spring break, I embarked on a site visit to a small village next to Ramallah, Palestine, with my HASS class, 4.314 Common Ground:  Art, Science Agriculture, offered under the MIT Program in Art, Culture and Technology (ACT). I signed up for this class out of the blue, not really knowing what I was getting myself into. The syllabus sounded  interesting, and I wanted to do something totally out of the ordinary, something beyond the confines of computer science  or even STEM. The course description read: The history of art is also a history of agriculture, marking humanity’s  complex relationship with the  landIn this era of impending climate catastrophe, it is essential to seek diverse  knowledges and build new  narratives around humanity’s relationship  to the environment. and suggested that wed: examine historic typologies of  Palestinian architectural and agrarian technologies, bringing them  into  conversation with contemporary technoscientific and artistic discourses   and  travel to Palestine  over  spring break to study Sakiya’s physical site and work with the local  community to build prototypes of their  projects. After the first class, I was sold. I even passed up an offer to skate in a charity show the weekend wed depart for  Palestine. But this was an opportunity I couldnt pass up. I took a leap of faith and was ready to be out of my depth. I was also looking into ways I could intersect my technical background with an entirely different domain. I meanwhat better time to try than senior spring? We spent the first day exploring the Old City of Jerusalem and some of its holy sites. I was amazed with the hustle and bustle and the flow of  people, conversation, and goods to and from shops and storefronts and in between narrow and winding footpaths and  alleyways and streetcorners. After enjoying a refreshing family-style breakfast consisting of generous portions of various varieties of fresh humus,  spreads, vegetables, and breads, we did some shopping, picked up some local pastries and fruits, and headed to the Rockefeller Museum, exploring a rich collection of local archaeological artifacts dating back to some of the worlds oldest civilizations. We then crossed some checkpoints and arrived at the base of Sakiya, the top accessed only by foot (or donkey). After a  short but challenging hike up to the top of the main hill, we were rewarded by the most stunning sunset, the perfect  culmination of a long days worth of travels and sightseeing. It was absolutely breathtaking, a sunset Ill never  forget. Im still in awe. The next morning, we explored historic  dry-stone walls and mintars  (dry-stone homes)  that weave in and out of the  landscape, and began our week-long inquiry into the local flora and fauna of the landscape as well. With the help of an agroecological professor, we engaged in a  survey of the local wild relativesâ€"including the ancestors of modern wheat and legumes, and even snacked on wild asparagus, almonds, mustard grass, and other  tasty delightsâ€"and discussed the ecological impact of modern-day agricultural practices and technology in the region. Before we arrived, my group prototyped a rocket stove  to be developed and tested on site as part of  our midterm project.  We tested a scaled down version out of clay on campus, but one afternoon, we decided to test one on site out of the same stones used for  the dry-stone walls. Bridging their separate domain expertise into the intersection of art, science, and agriculture, my classmates worked on their own projects on site: soil chromatography, seed bombs, ceramics,  glass-blowing, 3D imaging, and more. The last few years, Ive pursued human-computer interaction through various UROPs, classes, and projects. Since taking this course, however, Ive surprised myself in starting to  break away from  human-centered exceptionalism  and  explore the implications of putting human-centric mental models at the forefront without a second thought on their  impact on ecological sustainability. Often, classes and even projects seem too theoretical and impractical beyond the  confines of the classroom or academia, but this class has completely transformed the way I think and approach  problem-solving. The literature weve read and discussed in class has enabled me to rationalize much more critically and  intentionally about the things I build and my relationship with the land we live on, the technology we use, and the systems, infrastructure, and power dynamics that govern our communitiesâ€"more so than any class Ive taken, ever. In fact, the most interesting classes Ive taken have been my HASS classes, whether its in history, political science,  theater arts, or languages. Each semester, its nice to take a step back from the psets and exams, explore a different  domain, take on different modes of inquiry, make connections, explore parallels and alternate perspectives, and use all  that to better inform how I approach my work within Course 6. This class, not only brought me to the other side of the globe, but has opened up an entirely new domain of inquiry that Ill continue to debate and explore far beyond the confines of this course. For my final project, however, although I intended not to work on anything digital or technical, I ended up focusing  on a project that involves sensors and microcontrollers. You can never escape those hardy Arduinos! One afternoon, I quickly prototyped a mini weather station to  collect temperature, humidity, and magnetic field data in a portable unit, and went around the hillside to capture data  in dry-stone walls all around the site. Im now using what I learned on site to design the next iteration of my project back here on campus. I wasnt sure what to expect, but I loved how fresh and wholesome the foods we ate were. A local family cooked many of  our midday meals and suppers with ingredients sourced locally, many even coming from Sakiyas land too.  Freshly baked pitas, rich humus, goat cheese, and labneh (thick yogurt), smooth olive oil and zaatar (dried thyme),  refreshing tomatoes and cucumbers and citrusâ€"I can still taste and  smell it all. We also tried stretchy ice cream, the  predecessor to the ice cream we know and eat today. This was by far my  favorite delicacy. The texture is so unique and fun and delicious, even in its plain form. Our professor suggested we  all try the taste of childhood, a colorful combination of various fruity flavors popular amongst the younger crowd.  Another favorite of mine is kanafeh, a hot desert made from sweetened cheese and other toppings. On a morning off, we got a chance to explore Ramallah and its shops and street-side vendors.  Even in the morning, the whole city was bustling with people and energy.  Another afternoon, we got a private tour of the Palestinian Museum  and a sneak preview of its newest exhibition, Intimate Terrains: Representations of a Disappearing Landscape, quite pertinent to the themes that weve been discussing in class. Each piece was centered around one of the four themes: erasure, loss, fragmentation, and resistance, and how these themes can apply to any part of the world. Our professor even has a piece in the exhibition that we got to check out. I spent most of the week off the grid. I cherished being temporarily outside the campus bubble, on a completely different continent,  mostly disconnected from  news, social media, and the drudgery of responding to emails, putting all my work for my other classes on pause. This  was spring break after all. Our days started fairly early and ended pretty late. But my goal for this trip was to soak  everything in, the  environment, people, and stories, apply what weve learned in class earlier in the semester in a true Mens et Manus fashion, find inspiration for my final project, my life, my career, and appreciate each and every moment we had here. I spent many hours hiking, climbing rocks, exploring the hillside terrain and ecology, taking pictures, playing with  Tutti the dog and Shareefa the donkey (my two new  habibis!), and sitting and staring out into the mountains,  reflecting and internalizing my experiences here. There is something just so beautiful about this place, Sakiya, so raw,  pure  and authentic. Maybe its because the landscape feels oddly familiar. It reminds me much of where I grew up in the Bay  Area and the unique Mediterranean climate it offers. Here, I was content and relaxed. Near the end of the week, we spent an evening at a home of a  local artist and, for hours and hours, were captivated by all these absolutely incredibly powerful and moving stories of strength, resilience,  and beauty of the  land and people through a showcase of a wide variety of Palestinian art pieces. As I look back and reminisce about the week, beyond the stunning sunsets and landscape, I will forever cherish how warm and welcoming everyone was to each of us throughout our trip.  It has hard to say goodbye. ????? Post Tagged #4.314 #act #agriculture #Art #science #spring break