雅思小作文流程图 水循环
雅思小作文流程图类题目范文及解析
雅思小作文流程图类题目范文及解析雅思小作文流程图类题目范文及解析,一起来学习一下吧，下面我就和大家共享，来观赏一下吧。
雅思小作文流程图类题目范文及解析雅思小作文流程图类题目范文及解析为大家带来雅思小作文当中一类较有难度的图表——流程图类的小作文的范文以及解析。
流程图顾名思义就是对某一有时间和步骤先后挨次的行为进行步骤的拆解，并配上相应的文字和解说而生成的图表。
我们在处理流程图类图表作文是应当怎么写，请看下文。
上图来自网络主题：家居设计题型：流程图The diagrams below show some principles of house design for cool and for warm climates.满分范文：The diagrams show how house designs differ according to climate.这些图表显示房子的设计因气候而不同。
The most noticeable difference between houses designed for cool and warm climates is in the shape of the roof. The designs also differ with regard to the windows and the use of insulation.为凉快和暖和气候设计的房子之间最明显的区分是屋顶的外形。
在窗户和保温材料的使用方面，设计也有所不同。
We can see that the cool climate house has a high-angled roof, which allows sunlight to enter through the window. By contrast, the roof of the warm climate house has a peak in the middle and roof overhangs to shade the windows. Insulation and thermal building materials are used in cool climates to reduce heat loss, whereas insulation and reflective materials are used to keep the heat out in warm climates.我们可以看到凉快的气候房子有一个高角度的屋顶，它允许阳光通过窗户进入。
水循环的英语作文
水循环的英语作文The Water Cycle。
The water cycle, also known as the hydrologic cycle, is the continuous movement of water on, above, and below the surface of the Earth. It is a complex process that involves the evaporation of water from the Earth's surface, the condensation of water vapor into clouds, and the precipitation of water back to the Earth's surface.The water cycle begins with the evaporation of water from the Earth's surface. This occurs when the sun's energy heats the water, causing it to change from a liquid to a gas. The water vapor then rises into the atmosphere, where it cools and condenses to form clouds. As the clouds become heavier, the water droplets fall back to the Earth's surface as precipitation, which can take the form of rain, snow, sleet, or hail.Once the precipitation reaches the Earth's surface, itcan take several different paths. Some of the water mayflow into rivers, streams, and lakes, where it can be used by plants and animals or collected for human use. Some of the water may seep into the ground, where it can replenish underground aquifers and provide a source of drinking water. Some of the water may also be absorbed by plants and trees, where it is used for photosynthesis and released back into the atmosphere through a process known as transpiration.The water cycle is essential for the survival of all living organisms on Earth. It ensures that there is a constant supply of fresh water, which is necessary for drinking, agriculture, and industry. It also helps to regulate the Earth's temperature by transporting heat from the equator to the poles. In addition, the water cycleplays a crucial role in shaping the Earth's landscape, asit erodes rocks and soil, creates river valleys and canyons, and deposits sediment in new locations.Human activities, such as deforestation, urbanization, and the burning of fossil fuels, can have a significant impact on the water cycle. Deforestation can reduce theamount of water vapor that is released into the atmosphere through transpiration, leading to a decrease in precipitation. Urbanization can increase the amount of runoff and pollution that enters rivers and streams, affecting the quality of the water and the health of aquatic ecosystems. The burning of fossil fuels can release greenhouse gases into the atmosphere, leading to changes in the Earth's climate and the water cycle.In order to protect the water cycle and ensure a sustainable supply of fresh water for future generations,it is important for individuals and governments to take steps to conserve water and reduce their impact on the environment. This can be achieved through the implementation of water-saving technologies, the protection of natural habitats, and the promotion of sustainable agricultural and industrial practices.In conclusion, the water cycle is a vital process that ensures the availability of fresh water for all living organisms on Earth. It plays a crucial role in regulating the Earth's climate, shaping its landscape, and supportingits ecosystems. By understanding the water cycle and taking steps to protect it, we can help to ensure a healthy and sustainable future for our planet.。
雅思小作文范文--装置图 流程图 表格
小作文流程图The given graph indicates the procedures of glass bottle recycle by three main stages.According to the table, various glass bottles are gathered in the collecting site and then transported to the cleaning station at the very beginning. Then it comes to the second stage where the bottles are washed by the high pressured water, after which they are categorized into Brown, Green as well as clear groups based on their color. After that, bottles are delivered to the recycling plant where the prepared bottles are burned in furnace with high temperature into liquid glass for recycle. Next, the recycled liquid glass along with new liquid glass is shaped into bottles again through glass moulds. Finally, the newly produced glass bottles are launched into the customer supermarket, till this point, the process of glass recycle is finished completely.In summary, it is obvious that stage 2 is the most crucial and complex one during the whole recycling process.装置图The given table reveals how the water collecting set functions to gather water in the wild.At the very beginning, in order to prepare the set, it is necessary to find a hole on the ground which can receive sufficient sunshine and abound with plenty of green plants. Then a container used to collect water is placed in the center of the hole, and the hole is covered by a plastic sheet, fixed by stones on the edge. However, it is recommended to place a suitable stone in the middle of the sheet to ensure its lower position exactly above the water container.When the sun shines above the green plants, plants will generate water vapor owing to the photosynthesis, and the water vapor is condensed into water drops on the plastic sheet. Under the effect of gravity, the water drops increasingly gather in the lower point and fall into the container placed under the plastic sheet.组合图-C6T1The curve graph reveals the international water consumption during the entire 20th century, and water usage in Brazil as well as Congo in 2000 is illustrated in the second chart.According to the line chart, the global water used in agriculture(500 km³) considerably outweighed that in industry (50 km³) and household(20 km³) section were, and they lead a similarly slight increase in the first 50 years. However, since 1950, the agricultural water consumption witnessed a constantly dramatic rise, reaching the peak at exactly 3000 km³in 2000. On the other hand, industrial and domestic water usage rose moderately in the second half century, peaking at around 1300 and 400 km³respectively. In the second chart, we can clearly find that the water use of each person(359 m³) of Brazil in 2000, which possessed 176 million inhabitants and 26,500㎡irrigating lands, intensively surpassed that of Congo (8 m³), with only 5.2 million dwellers and 100㎡irrigating lands.In summary, the water worldwide was mainly consumed by agriculture field during the given 100 years, and Brazil’s average individual substantially overweighed that of Congo in 2000.柱状图-C7T3A glance at this bar chart reveals the changing average prices of house in five cities （New York, Madrid, Tokyo, Frankfurt and London）between 1990 and 2002 in comparison of that in 1989.According to the graph, during the first stage, from 1990 to 1995, the average house prices of New York, Tokyo and London suffered a dramatic fall compared with that 1989, with the percentage decreasing more than 5%. On the other hand, the housing prices in Madrid and Frankfurt experienced a slight increase less than 3%.Between 1996 and 2002, the average house prices of London and New York rose dramatically, especially London with a 12% increase which represented the largest ascent. Madrid and Frankfurt witnessed a slight increase (4% and 2% respectively). Oppositely, the house price in Tokyo still decreased (exactly 5%), even though it recovered a little than the first stage (8%).In conclusion, the average house prices in the given cities from 1990 to 2002 all increased correspondingly except Tokyo compared with 1989.The line curve illustrates the changes of fish and meat consumption in a European country during the year 1979 to 2004.装置图As can be seen from the chart, the consumption of beef stood the largest in 1979 with the data of around 220 grams for each person every week. However, after a fluctuation between 1979 and 1988, it dropped dramatically to the bottom at approximately 100 grams in 2004. Similarly, the lamb also declined constantly in the same period, ending up with about 60 grams in 2004. However, the figure of chicken experienced a significant rise from 140 grams in 1979 to over 250 grams in around 2002, which leveled off to exactly 250 grams in the end. As to the fish consumption, the figure maintained a long-term slight decrease tendency in the whole stage, remaining the least popular food option among the four.In conclusion, the chicken consumption witnessed a staggering increasing whilst other meats decreased to a certain degree in the given period.表格图-C5T4The graph describes data about the subway systems in London, Paris, Tokyo, Washington DC, Kyoto and Los Angeles.According to the table, London railway possesses the longest history among the six cities, which was opened in 19th century (1863), while that of Los Angeles was opened in the 21st century (2001), also the latest one. The other four underground systems were all built in 20 century. In terms of kilometers of route, London subway holds the first place with the length of 394km. The length of subway in Paris, Tokyo as well as Washington DC is between 100 and 200 kilometers. However, that of Kyoto and Los Angeles isbelow 100 kilometers, with Kyoto theshortest (only 11 kilometers). When it comes to the annual passenger transporting capability, Tokyo and Parisexceeds 1000 million, especially Tokyo the largest (1927 million), while Los Angeles and Kyoto transport fewer than 100 million per year, 50 and 45 million respectively. The number of the rest two cities lies between 100 and 1000 million.In conclusion, London railway ranks the first in terms of opening date and route length whereas Kyoto the least in route length as well as annual passenger transporting.。
水循环英语作文简 用上首先然后最后
水循环英语作文简用上首先然后最后Here is an English essay on the water cycle, with more than 1000 words, without any extra punctuation marks in the body. The title is not included in the word count.The Water Cycle: A Continuous JourneyFirst, let us explore the intricate process of the water cycle, the perpetual movement of water on, above, and below the Earth's surface. This remarkable cycle, also known as the hydrologic cycle, is a fundamental aspect of our planet's ecosystem, governing the distribution and circulation of water across the globe.The water cycle begins with the process of evaporation. As the sun's energy warms the Earth's surface, water from oceans, lakes, and even the soil and vegetation evaporates, transforming into water vapor. This invisible gas rises into the atmosphere, where it cools and condenses, forming tiny water droplets or ice crystals that make up clouds.As these water droplets or ice crystals in the clouds grow in size, they eventually become too heavy to remain suspended in the air. Thisprocess is known as precipitation, where the water falls back to the Earth's surface in the form of rain, snow, sleet, or hail. Precipitation can occur in various forms, depending on the temperature and atmospheric conditions.When precipitation falls on the Earth's surface, it follows different paths. Some of the water seeps into the ground, replenishing underground aquifers and groundwater reserves. This process is called infiltration. The water that does not infiltrate the soil flows across the surface, forming streams, rivers, and lakes, eventually making its way back to the oceans, where the cycle begins anew.The water that seeps into the ground can also emerge from the soil or rock as springs, feeding into streams and rivers. Additionally, some of the water stored underground may be extracted through wells for human use, such as for drinking, irrigation, or industrial purposes.The water cycle is not a simple linear process but rather a complex and interconnected system. It involves the continuous movement and transformation of water between the Earth's surface, the atmosphere, and the subsurface. This cycle is driven by the sun's energy, which provides the necessary heat to power the evaporation and precipitation processes.The water cycle plays a crucial role in regulating the Earth's climate and weather patterns. The movement of water through the atmosphere, for instance, can influence temperature, humidity, and precipitation, which in turn affect the distribution of ecosystems and the availability of water resources.Moreover, the water cycle is not just a natural phenomenon but also a vital component of human life and activities. The availability and quality of water resources are essential for sustaining agriculture, industry, and domestic use. Understanding and managing the water cycle is crucial for ensuring the sustainable use of this precious resource.However, human activities, such as deforestation, urbanization, and the burning of fossil fuels, can disrupt the natural balance of the water cycle. These actions can lead to changes in precipitation patterns, the depletion of groundwater reserves, and the contamination of water sources, ultimately affecting the overall health of the water cycle.In conclusion, the water cycle is a continuous and dynamic process that is essential for the functioning of our planet's ecosystems and the sustenance of human life. By understanding and appreciating the intricacies of this cycle, we can better manage and protect our water resources, ensuring a sustainable future for generations to come.Finally, the water cycle is a testament to the interconnectedness of the Earth's systems and the delicate balance that must be maintained to preserve the health and well-being of our shared home.。
热水循环雅思小作文
热水循环雅思小作文考官大人，今天咱来聊聊热水循环这个超有趣（好吧，也许不是对所有人都超级有趣，但对我来说还挺有意思的）的事儿。
一、什么是热水循环。
热水循环呢，简单来说，就像是给热水安排了一个超级智能的小轨道。
你看啊，在普通的热水系统里，当你想要用热水的时候，得先把水管里那些凉飕飕的水放掉好多，才能等来热乎乎的水，这就像是在等待一个慢吞吞的朋友，超烦人。
但是有了热水循环系统就不一样啦。
这个系统会让热水在管道里一直循环流动，就像小火车在轨道上不停地跑一样。
这样一来，不管什么时候你打开热水龙头，热水都能很快地跑出来迎接你，几乎不需要等待那漫长的冷水流走的时间。
二、热水循环的优点。
1. 方便快捷。
这可太重要了。
早上起来迷迷糊糊地想去洗个热水脸，或者晚上下班累成狗想赶紧泡个热水澡的时候，如果还要站在那儿等半天热水，那心情简直糟透了。
有了热水循环，就像有个贴心的小助手，热水立马就到，那感觉就像是魔法一样。
比如说，我家以前没有热水循环，每次洗澡前放水能放个两三分钟，感觉水都白白浪费了。
现在装了这个系统，几秒钟热水就来了，节省了时间不说，还让生活变得更舒适了呢。
2. 节能节水。
你可能会想，热水一直在循环，那不是很费电或者费燃气嘛？其实不是这样的。
虽然它一直在循环，但因为减少了每次等待热水时浪费的冷水，从长远来看，是很节能节水的。
就像我们之前说的，每次放冷水那可是不少水呢，如果这些水都能节省下来，对整个地球的资源保护也是有贡献的呀。
想象一下，地球上有好多家庭，如果大家都能通过热水循环来节水，那得是多么巨大的一个数字啊。
3. 提升生活品质。
生活品质这个词听起来有点高大上，但热水循环真的能做到这一点。
当你习惯了热水随时就来的便捷，你就会觉得这是一种小小的幸福。
就好比你住在一个酒店里，如果每次用热水都很方便，你就会觉得这个酒店很贴心，很高级。
同样的道理，在家有了热水循环，就感觉自己的家也变得更温馨、更舒适了，像个小天堂一样。
热水循环雅思小作文
热水循环雅思小作文你知道热水循环这个超酷的东西吗？让我来给你唠唠它在雅思小作文里能怎么写吧。
首先呢，要是画个热水循环系统的图，咱得描述一下这个系统的各个部分。
就像是介绍一群小伙伴一样，每个部分都有它独特的作用呢。
比如说，有个大大的热水箱，它就像个热水的大仓库，满满当当装着热水。
这个水箱呀，通常会连接着一些管道。
这些管道就像小血管一样，在整个房子里穿梭。
有一根管道是负责把冷水送进热水箱的。
想象一下，冷水就像一群小冰块士兵，排着队往水箱里走，准备接受加热的魔法。
然后呢，经过加热设备，这个加热设备就像个超级魔法师，把冷水变成热水。
哇塞，瞬间冷水就变得热乎乎的啦。
接着，加热后的热水又通过另一根管道被送到各个需要热水的地方，像厨房的水龙头、浴室的喷头之类的。
这时候，热水就像是被派遣出去执行任务的小暖精灵，给人们带来温暖。
在描述这个系统的时候呢，我们还可以说说它的运行顺序。
就像讲故事一样，先有冷水进入，然后被加热，最后变成热水跑出去。
我们可以用一些连接词，像“首先（firstly）”“接着（then）”“最后（finally）”，让整个描述听起来有条有理。
要是这个系统有一些特殊的设计，比如有个小装置是用来控制水温的，那也得讲讲。
这个小装置就像个小管家，盯着水温，不让热水太热或者太冷，保证出来的热水刚刚好，就像泡温泉一样舒服。
而且哦，如果有一些数据的话，那就更酷了。
比如说水箱的容量是多少升啦，加热设备的功率是多少瓦啦。
不过要小心，可别被这些数据弄晕了头，要简单明了地把它们说清楚。
在雅思小作文里写热水循环系统，其实就像是带着考官去参观这个神奇的热水世界，把每个有趣的地方都指给他看，用轻松幽默的方式让他也能明白这个系统是怎么回事。
这样一篇小作文就搞定啦，是不是还挺有趣的呢？。
雅思写作小作文范文 雅思写作流程图flow chart 水循环water cycle.doc
雅思写作小作文范文雅思写作流程图flow chart 水循环water cycle今天我们雅思写作小作文范文的文章来研究下流程图flow chart。
该图表展示了水资源循环的三个阶段，分别为海水在太阳的照射下蒸发并在空中逐渐积聚成云朵；水资源以降水或者降雪的形式从云朵中来到地面。
地面上的水形成湖泊或者渗入地下流回海洋。
小编搜集了一篇相关的考官范文，以供大家参考。
雅思写作小作文题目The diagram below shows the water cycle, which is the continuous movement of water on, above and below the surface of the Earth.Summarise the information by selecting and reporting the main features, and make comparisons where relevant.雅思写作小作文范文The picture illustrates the way in which water passes from ocean to air to land during the natural process known as the water cycle.图片说明了在自然过程中，水资源从海洋到空气再到陆地的变化方式。
这一过程被称为水循环。
Three main stages are shown on the diagram. Ocean water evaporates, falls as rain, and eventually runs back into the oceans again.图片中展示了3个主要阶段。
海水蒸发，然后作为雨水降落，并最终再次回到海洋。
Beginning at the evaporation stage, we can see that 80% of water vapour in the air comes from the oceans. Heat from the sun causes water to evaporate, and water vapour condenses to form clouds. At the second stage, labelled ‘precipitation’ on the diagram, water falls as rain or snow.在一开始的蒸发阶段，我们可以看到空气中百分之80的水蒸气都来自于海洋。
水循环的过程简述英语作文
The water cycle, also known as the hydrologic cycle, is an essential process that continuously circulates water throughout the Earths atmosphere, oceans, and land. It plays a crucial role in sustaining life on our planet and maintaining the balance of ecosystems. Here is a brief description of the water cycle in English:1. Evaporation: The process begins with evaporation, where the suns heat causes water from oceans, lakes, and rivers to turn into water vapor. This water vapor rises into the atmosphere.2. Transpiration: Plants also contribute to the water cycle through transpiration, where they release water vapor from their leaves into the air.3. Condensation: As the water vapor rises and cools in the atmosphere, it condenses to form tiny droplets, which come together to create clouds.4. Precipitation: When the cloud droplets become too heavy, they fall back to the Earths surface as precipitation, which can be in the form of rain, snow, sleet, or hail.5. Collection: The precipitation that reaches the ground either flows over the surface as runoff into rivers and streams, or it percolates into the ground to become groundwater.6. Runoff and Infiltration: Runoff from rivers and streams eventually makes its way back into the oceans, while infiltration replenishes underground aquifers.7. Storage: Water is stored in various forms, including oceans, ice caps, and underground reservoirs, before it is once again heated by the sun and the cycle begins anew.8. Sublimation: In some cases, particularly in cold regions, water can change directly from a solid state ice or snow to a gaseous state water vapor without becoming liquid, a process known as sublimation.The water cycle is a continuous and dynamic process that is vital for the distribution of the Earths water resources, the regulation of climate, and the support of all living organisms. Understanding this cycle helps us appreciate the interconnectedness of our planets natural systems and the importance of conserving water resources.。
雅思写作小作文范文 雅思写作流程图flow chart 洪水与堤防.doc
雅思写作小作文范文雅思写作流程图flow chart 洪水与堤防今天我们雅思写作小作文范文的相关文章来研究下流程图。
流程图是雅思写作考试中比较少考到的一种题型。
有些老师甚至会在课堂上直接略过它。
但近年来，这种非主流题型的出现频率明显上升，因此大家还是要好好准备一下，最起码知道基本的答题套路才行。
小编搜集了一篇考官范文，以供大家参考。
雅思写作小作文题目The diagrams below show how houses can be protected in areas which are prone to flooding.Summarise the information by selecting and reporting the main features, and make comparisons where relevant.雅思写作小作文范文The diagrams compare two different methods of defense for homes which are at risk of being flooded.这张图表比较了两种保护方案。
他们可以用于保护面临洪水威胁的房子。
The key difference between the diagrams is that they show flood protection with and without a stopbank. In either case, the at-risk home is raised on stilts above ground level.图表中的关键差别在于在洪水防治的过程中有没有防水堤。
在两种情况下，处于风险之中的房子都由柱子支撑着脱离了地面。
The first diagram shows how a stopbank acts as a flood barrier to stop river water from flooding homes. The stopbank is a small mound of land next to the river that is higher than the 100-year flood level and prevents the river from bursting its banks. Nearby houses can be built on stilts to prevent flooding from rainwater, and a floodgate beneath the stopbank can be opened to allow this ‘ponding’ to drain off into the river.第一张图表展示了防水堤如何作为阻挡洪水的障碍防止水流淹没房子。
水循环的过程的英语作文
English Essay: The Process of the Water Cycle The water cycle, also known as the hydrologic cycle, is a fundamental and continuous process that governs the movement of water between the Earth's surface and its atmosphere. It is a natural phenomenon that ensures the constant renewal and distribution of water on our planet, sustaining life as we know it.The journey of water through the water cycle begins with evaporation. As sunlight warms the oceans, lakes, rivers, and other water bodies, liquid water transforms into water vapor and rises into the atmosphere. This process, known as evaporation, is driven by the energy from the sun and plays a crucial role in initiating the cycle.As water vapor ascends, it cools and condenses into tiny droplets or ice crystals, forming clouds. These clouds can travel vast distances, carried by wind currents, before they release their moisture back to the Earth's surface through precipitation. Precipitation occurs in various forms, including rain, snow, sleet, and hail, and is the primary way in which water returns to the surface.When precipitation reaches the ground, it flows into streams, rivers, and lakes, eventually making its way back to the oceans. This process, known as runoff, is a critical component of the water cycle as it helps to replenish aquifers and maintain water levels in freshwater bodies. Along the way, some water is absorbed into the soil, becoming groundwater, which can be accessed by plants and animals for sustenance.Transpiration, the process by which plants release water vapor through their leaves, also contributes to the water cycle. As plants absorb water through their roots, they use it for photosynthesis and other biological processes. Excess water is then released into the atmosphere through transpiration, adding to the pool of water vapor that will eventually form clouds and precipitate again.The water cycle is a closed system, meaning that the total amount of water on Earth remains constant. However, the distribution of water between the various reservoirs—such as oceans, lakes, rivers, soil, and the atmosphere—is constantly changing due to the dynamic nature of the cycle.In conclusion, the water cycle is a vital and intricate process that ensures the continuous renewal and distribution of water on our planet. It is driven by natural forces such as evaporation, condensation, precipitation, runoff, and transpiration, and plays a crucial role in maintaining the delicate balance of life on Earth.中文翻译水循环，也称为水文循环，是控制地球上水在地表与大气之间流动的一个基本且持续的过程。
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Task1: The diagram below shows the water cycle, which is the continuous movement of water on, above and below the surface of the Earth.
The flow chart illustrates how water cycle works.
The flow chart illustrates the continuous movement of water on, above and below the surface of the Earth.
The source of energy for evaporation is primarily solar radiation
The flow chart illustrates the natural process known as water cycle. In general, there are three stages of the process, beginning with the evaporation of water. The water then falls as rain and eventually flows/runs back into oceans again.
Looking at the first stage of the process, it happens in the ocean where water evaporates because of heat from the sun. It is noteworthy that 80% of water vapor in the air comes from the oceans.
At the following stage labeled ‘precipitation, condensing water vapor forms cloud, after which water falls as rain or snow.
At the final stage, rainwater may take various paths. Some of it may fall into lakes or return to the oceans via ‘surface runoff’. Otherwise, rainwater may filter through the ground,
storing between the surface and impervious layer as groundwater. Salt water intrusion is shown to take place just before water passes into the oceans to complete the cycle.。