Weather Test Two
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This short document discusses weather and contains a title page for Mrs. Kondratenko. It lists different types of weather such as sun, rain and snow. The document defines weather as the state of the atmosphere in relation to factors like wind, temperature, cloudiness and moisture.
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Kelly's Powerpoint
This short document discusses weather and includes a title page for Mrs. Kondratenko. It lists different types of weather such as sun, rain and snow. The document also defines weather as the state of the atmosphere in terms of factors like wind, temperature, clouds, moisture and pressure. It concludes by mentioning a weather video.
What is a front
This document explains what a front is using an experiment with oil and water to model air masses. It describes setting up a pie plate with a barrier dividing water dyed blue on one side and oil on the other. Removing the barrier shows that the denser water sinks below the less dense oil, similarly to how cold air slides under warm air at a front. A front is the boundary between different air masses. Cold fronts bring precipitation as cold air advances, while warm fronts bring lighter precipitation as warm air moves over colder air. The document includes charts describing different front types and their typical weather patterns.
How do fronts & air masses change the weather1
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water surfaces. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. These air masses cause different weather conditions depending on their temperature and moisture levels, with cold and wet air masses bringing cool weather and snow and warm and wet air masses bringing warm weather and precipitation.
Weather
The document describes various weather conditions, stating that it can be sunny, partly cloudy, cloudy, beautiful, hot, cold, hailing, raining, snowing, windy, stormy, clear, or foggy. It provides simple statements about the current weather for each condition.
The weather
This document discusses various weather conditions and terms related to describing the weather. It provides terms for different temperatures ranging from cold to hot. It also lists terms for types of precipitation like rain, wind conditions, and extreme weather events. Seasons and common expressions involving weather are also mentioned.
Weather and seasons
The document describes different weather conditions, asking "What's the weather like?" for each one. It lists the weather as being sunny, cloudy, rainy, windy, stormy, snowy, hot, warm, cool, and cold. It then provides descriptions of the typical weather for each season, with summer being sunny and hot, autumn being windy, winter being rainy and cold, and spring being warm.
What is weather like
The document describes various weather conditions including sunny, rainy, snowy, cloudy, windy, stormy, foggy, hot, cold, partly cloudy, hailing, overcast, dull and gray, sunny and warm, and crispy. It also provides definitions or descriptions for some of the conditions like damp, breezy, crisp, chilly, and brisk. The purpose is to help the reader understand different words used to describe weather.
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The document defines four seasons - autumn, winter, spring and summer - and three types of precipitation - snow, rain, and wind. Autumn is defined as the season between summer and winter. Snow is defined as precipitation falling from clouds in the form of ice crystals. Wind is defined as air moving from an area of high pressure to an area of low pressure.
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Kelly's Powerpoint
This short document discusses weather and includes a title page for Mrs. Kondratenko. It lists different types of weather such as sun, rain and snow. The document also defines weather as the state of the atmosphere in terms of factors like wind, temperature, clouds, moisture and pressure. It concludes by mentioning a weather video.
What is a front
This document explains what a front is using an experiment with oil and water to model air masses. It describes setting up a pie plate with a barrier dividing water dyed blue on one side and oil on the other. Removing the barrier shows that the denser water sinks below the less dense oil, similarly to how cold air slides under warm air at a front. A front is the boundary between different air masses. Cold fronts bring precipitation as cold air advances, while warm fronts bring lighter precipitation as warm air moves over colder air. The document includes charts describing different front types and their typical weather patterns.
How do fronts & air masses change the weather1
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water surfaces. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. These air masses cause different weather conditions depending on their temperature and moisture levels, with cold and wet air masses bringing cool weather and snow and warm and wet air masses bringing warm weather and precipitation.
Weather
The document describes various weather conditions, stating that it can be sunny, partly cloudy, cloudy, beautiful, hot, cold, hailing, raining, snowing, windy, stormy, clear, or foggy. It provides simple statements about the current weather for each condition.
The weather
This document discusses various weather conditions and terms related to describing the weather. It provides terms for different temperatures ranging from cold to hot. It also lists terms for types of precipitation like rain, wind conditions, and extreme weather events. Seasons and common expressions involving weather are also mentioned.
Weather and seasons
The document describes different weather conditions, asking "What's the weather like?" for each one. It lists the weather as being sunny, cloudy, rainy, windy, stormy, snowy, hot, warm, cool, and cold. It then provides descriptions of the typical weather for each season, with summer being sunny and hot, autumn being windy, winter being rainy and cold, and spring being warm.
What is weather like
The document describes various weather conditions including sunny, rainy, snowy, cloudy, windy, stormy, foggy, hot, cold, partly cloudy, hailing, overcast, dull and gray, sunny and warm, and crispy. It also provides definitions or descriptions for some of the conditions like damp, breezy, crisp, chilly, and brisk. The purpose is to help the reader understand different words used to describe weather.
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The document defines four seasons - autumn, winter, spring and summer - and three types of precipitation - snow, rain, and wind. Autumn is defined as the season between summer and winter. Snow is defined as precipitation falling from clouds in the form of ice crystals. Wind is defined as air moving from an area of high pressure to an area of low pressure.
Water and weather, by Paula Bote Andrada #ESO2
Water cycles between oceans, atmosphere, and land through the processes of evaporation and condensation driven by solar energy. Evaporation occurs when liquid water absorbs heat from the sun and turns to gas, and condensation is when gaseous water releases heat energy and turns back to liquid, forming clouds. Precipitation falls back to Earth's surface, completing the cycle. Weather describes short term atmospheric conditions, while climate refers to long term patterns influenced by factors like the sun, oceans, geography, and greenhouse gases.
Weather - HF
The document discusses different types of weather including wind, precipitation, and temperature. It describes how air masses influence weather by taking on different temperatures. Winter weather is characterized as having short days, long nights, cold temperatures, and snow. The water cycle is also summarized, from water evaporating and forming clouds, to falling as precipitation like rain, snow, or sleet. Wind is noted to make temperatures feel colder by cooling skin faster.
Precipitation
Precipitation occurs when water vapor in clouds condenses and falls to the Earth's surface. It can take solid forms like snow or ice, or liquid forms like rain or drizzle. The type depends on the temperature between the cloud and surface. Precipitation is essential for agriculture and plant growth but sometimes heavy precipitation can be destructive. It is measured using various instruments like rain gauges, snow gauges, radars, and satellites which consider factors like amount, intensity, duration, and spatial extent.
Vocabulary the greenhouse effect
The earth is getting warmer due to the global warming. There are many climates all over the planet. Some areas of Earth have snow every day, and some are so dry they almost never have rain or snow
Water cycle and weather
The document discusses the water cycle and weather. It explains that the water cycle is driven by solar energy and involves evaporation of water from sources like the ocean into water vapor, transpiration of water vapor from plants, condensation of water vapor into clouds, and precipitation in forms like rain or snow that falls back to water sources below to repeat the cycle. It also discusses different types of weather events like storms that can form from the water cycle and become dangerous, such as hurricanes, tornadoes, floods, or blizzards.
How do fronts & air masses change the weather
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. Fronts form at the boundary between different air masses. A cold front occurs when a cold air mass pushes under a warm one, forcing the warm air to rise quickly and often causing stormy weather. A warm front happens as a warm air mass slides over a cold one, producing layers of clouds and steady rain followed by clear conditions. A stationary front forms when fronts do not move for many days, leading to prolonged heavy precipitation and no weather changes.
How can you tell that air is around you
This document discusses the atmosphere and weather. It defines the atmosphere as a thin blanket of air surrounding the Earth, made up of gases like oxygen and carbon dioxide. It then describes several factors that affect weather: time of day, seasons, and place. It lists different ways to measure weather, including air temperature (using a thermometer), wind speed and direction (using an anemometer and wind vane), humidity (using a hygrometer), precipitation, and air pressure (using a barometer). High and low air pressure areas are also discussed in relation to heat and altitude.
How is water recycled
The document discusses the water cycle, which is the continuous movement of water on Earth. It describes the processes of evaporation, where solar energy turns water into water vapor, condensation where water vapor cools and condenses into liquid water forming clouds, and precipitation where water falls back to Earth's surface as rain, snow or hail completing the cycle. The water cycle is driven by the sun and is important for sustaining life on our planet.
It's more than just rain or snow
The document discusses how weather in stories does more than establish setting - it conveys meaning and foreshadows events. It provides three quotes analyzing how rain symbolizes promise and reconciliation, fog implies confusion, and examples of how works like The Great Gatsby and A Farewell to Arms use weather in this meaningful way.
Weather map info
The document discusses different weather fronts such as cold fronts, warm fronts, and stationary fronts that occur when different air masses meet. It explains that cold fronts bring fast moving stormy weather as cold air pushes warm air up, while warm fronts bring slower steady precipitation as warm air slides over cold air. Stationary fronts result in long periods of clouds and rain when neither air mass can displace the other. The document also covers high and low pressure systems, noting that high pressure typically brings fair skies while low pressure is associated with storm formation. Weather maps are used to interpret these symbols and fronts to forecast upcoming weather conditions.
Weather Collocations
This document discusses weather collocations, which are words that commonly go together when describing weather. It provides examples of 6 weather collocations: driving rain, crisp snow, freak weather conditions, hard frost, a river bursting its banks, and baking hot. It also includes a short quiz to test the reader's knowledge of these collocations.
Types of Rain
This document discusses different types of precipitation including rain, snow, hail, sleet, and freezing rain. It explains the formation processes of each type. There are five main types of precipitation:
1. Rain, which develops when cloud droplets become too heavy to remain suspended and fall to the surface. It can also form when snowflakes melt while falling through warmer air.
2. Snow, which is formed from ice crystals that develop directly from water vapor in clouds.
3. Hail, which forms when raindrops are carried by updrafts into extremely cold areas of the atmosphere where they freeze into clumps that fall to earth.
4. Sleet, which is frozen
How weather is formed
Weather formation is a combine effect of:
1- Earth's rotation
2- Wind circulation
3- Oceanic currents
How do fronts and air masses change the weather b
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. Fronts form at the boundary between different air masses. A cold front occurs when a cold air mass pushes under a warm one, forcing the warm air to rise quickly and form rain clouds. A warm front happens as a warm air mass slides over a cold one more slowly, producing layers of clouds and steady rain. Cold fronts typically bring stormy weather while warm fronts often result in rain and then clear, warm conditions.
Bai1 weather 1
This document provides a list of English words to describe weather, including verbs, adjectives, and nouns. It introduces common weather verbs like shine, drizzle, blow, and rain. Frequent adjectives are also defined such as sweltering, freezing, warm, cold, sunny, and cloudy. Additional weather phenomena like sunshine, lightning, puddles, raindrops, hailstones, snowflakes, frost, floods, and hurricanes are mentioned. Sample sentences are given to practice using these terms to discuss current and forecasted weather.
4.4
The document summarizes the water cycle. Water evaporates from oceans and other surfaces, rises into the atmosphere as vapor, condenses into clouds, and falls back to Earth's surface as precipitation like rain or snow. This continuous movement of water between the atmosphere and Earth is known as the water cycle, which ensures a constant supply of fresh water despite water being constantly lost to evaporation.
Type of rainfall (Hydrology)
This document discusses different types of rainfall including artificial/cloud seeding rainfall, convective rainfall, orographic rainfall, frontal rainfall, and cyclonic rainfall. It provides details on the formation process for each type. Artificial rainfall involves using chemicals to stimulate condensation and seed clouds. Convective rainfall occurs from heating of the earth's surface and rapid changes in intensity. Orographic rainfall is caused when air is forced upwards over mountains, cooling and condensing. Frontal rainfall occurs when warm and cold air masses meet along a front. Cyclonic rainfall is associated with low pressure systems and occurs along fronts with the meeting of different air masses.
Types of Rainfall
There are three main types of precipitation formation: convectional, frontal, and orographic. Convectional precipitation occurs when warm air rises due to surface heating or ocean currents, cooling and releasing moisture. Frontal precipitation happens at the boundary of warm and cold air masses, where the warmer air is forced aloft, cools, and condenses its moisture. Orographic precipitation is caused by moist air rising over mountains near coastlines, cooling adiabatically and dropping its moisture as rain or snow.
Types of rainfall
Convectional rainfall occurs in hot climates when the sun heats the ground, causing water to evaporate and rise into the air where it cools and condenses to form clouds and rain. Orographic rainfall is characteristic of mountainous regions, where humid air from the sea reaches mountains, rises and cools as it hits the mountains, forming clouds and raining on the windward side. Frontal rainfall occurs at the boundary between warm and cold air masses, when a hot, humid air mass meets and rises above a cold air mass, cooling to form clouds and rain.
The weather
The document defines and describes various weather phenomena including temperature, precipitation, wind, storms, fog and seasons. It notes that weather refers to conditions like temperature, precipitation and wind. It describes different types of precipitation such as rain, snow and hail. It also defines and provides examples of different types of winds and storms. Finally, it outlines the four seasons and their typical weather patterns.
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Water and weather, by Paula Bote Andrada #ESO2
Water cycles between oceans, atmosphere, and land through the processes of evaporation and condensation driven by solar energy. Evaporation occurs when liquid water absorbs heat from the sun and turns to gas, and condensation is when gaseous water releases heat energy and turns back to liquid, forming clouds. Precipitation falls back to Earth's surface, completing the cycle. Weather describes short term atmospheric conditions, while climate refers to long term patterns influenced by factors like the sun, oceans, geography, and greenhouse gases.
Weather - HF
The document discusses different types of weather including wind, precipitation, and temperature. It describes how air masses influence weather by taking on different temperatures. Winter weather is characterized as having short days, long nights, cold temperatures, and snow. The water cycle is also summarized, from water evaporating and forming clouds, to falling as precipitation like rain, snow, or sleet. Wind is noted to make temperatures feel colder by cooling skin faster.
Precipitation
Precipitation occurs when water vapor in clouds condenses and falls to the Earth's surface. It can take solid forms like snow or ice, or liquid forms like rain or drizzle. The type depends on the temperature between the cloud and surface. Precipitation is essential for agriculture and plant growth but sometimes heavy precipitation can be destructive. It is measured using various instruments like rain gauges, snow gauges, radars, and satellites which consider factors like amount, intensity, duration, and spatial extent.
Vocabulary the greenhouse effect
The earth is getting warmer due to the global warming. There are many climates all over the planet. Some areas of Earth have snow every day, and some are so dry they almost never have rain or snow
Water cycle and weather
The document discusses the water cycle and weather. It explains that the water cycle is driven by solar energy and involves evaporation of water from sources like the ocean into water vapor, transpiration of water vapor from plants, condensation of water vapor into clouds, and precipitation in forms like rain or snow that falls back to water sources below to repeat the cycle. It also discusses different types of weather events like storms that can form from the water cycle and become dangerous, such as hurricanes, tornadoes, floods, or blizzards.
How do fronts & air masses change the weather
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. Fronts form at the boundary between different air masses. A cold front occurs when a cold air mass pushes under a warm one, forcing the warm air to rise quickly and often causing stormy weather. A warm front happens as a warm air mass slides over a cold one, producing layers of clouds and steady rain followed by clear conditions. A stationary front forms when fronts do not move for many days, leading to prolonged heavy precipitation and no weather changes.
How can you tell that air is around you
This document discusses the atmosphere and weather. It defines the atmosphere as a thin blanket of air surrounding the Earth, made up of gases like oxygen and carbon dioxide. It then describes several factors that affect weather: time of day, seasons, and place. It lists different ways to measure weather, including air temperature (using a thermometer), wind speed and direction (using an anemometer and wind vane), humidity (using a hygrometer), precipitation, and air pressure (using a barometer). High and low air pressure areas are also discussed in relation to heat and altitude.
How is water recycled
The document discusses the water cycle, which is the continuous movement of water on Earth. It describes the processes of evaporation, where solar energy turns water into water vapor, condensation where water vapor cools and condenses into liquid water forming clouds, and precipitation where water falls back to Earth's surface as rain, snow or hail completing the cycle. The water cycle is driven by the sun and is important for sustaining life on our planet.
It's more than just rain or snow
The document discusses how weather in stories does more than establish setting - it conveys meaning and foreshadows events. It provides three quotes analyzing how rain symbolizes promise and reconciliation, fog implies confusion, and examples of how works like The Great Gatsby and A Farewell to Arms use weather in this meaningful way.
Weather map info
The document discusses different weather fronts such as cold fronts, warm fronts, and stationary fronts that occur when different air masses meet. It explains that cold fronts bring fast moving stormy weather as cold air pushes warm air up, while warm fronts bring slower steady precipitation as warm air slides over cold air. Stationary fronts result in long periods of clouds and rain when neither air mass can displace the other. The document also covers high and low pressure systems, noting that high pressure typically brings fair skies while low pressure is associated with storm formation. Weather maps are used to interpret these symbols and fronts to forecast upcoming weather conditions.
Weather Collocations
This document discusses weather collocations, which are words that commonly go together when describing weather. It provides examples of 6 weather collocations: driving rain, crisp snow, freak weather conditions, hard frost, a river bursting its banks, and baking hot. It also includes a short quiz to test the reader's knowledge of these collocations.
Types of Rain
This document discusses different types of precipitation including rain, snow, hail, sleet, and freezing rain. It explains the formation processes of each type. There are five main types of precipitation:
1. Rain, which develops when cloud droplets become too heavy to remain suspended and fall to the surface. It can also form when snowflakes melt while falling through warmer air.
2. Snow, which is formed from ice crystals that develop directly from water vapor in clouds.
3. Hail, which forms when raindrops are carried by updrafts into extremely cold areas of the atmosphere where they freeze into clumps that fall to earth.
4. Sleet, which is frozen
How weather is formed
Weather formation is a combine effect of:
1- Earth's rotation
2- Wind circulation
3- Oceanic currents
How do fronts and air masses change the weather b
Air masses are large bodies of air with uniform temperature and moisture content that form over land or water. There are four main types of air masses: cold and dry, cold and wet, warm and wet, warm and dry. Fronts form at the boundary between different air masses. A cold front occurs when a cold air mass pushes under a warm one, forcing the warm air to rise quickly and form rain clouds. A warm front happens as a warm air mass slides over a cold one more slowly, producing layers of clouds and steady rain. Cold fronts typically bring stormy weather while warm fronts often result in rain and then clear, warm conditions.
Bai1 weather 1
This document provides a list of English words to describe weather, including verbs, adjectives, and nouns. It introduces common weather verbs like shine, drizzle, blow, and rain. Frequent adjectives are also defined such as sweltering, freezing, warm, cold, sunny, and cloudy. Additional weather phenomena like sunshine, lightning, puddles, raindrops, hailstones, snowflakes, frost, floods, and hurricanes are mentioned. Sample sentences are given to practice using these terms to discuss current and forecasted weather.
4.4
The document summarizes the water cycle. Water evaporates from oceans and other surfaces, rises into the atmosphere as vapor, condenses into clouds, and falls back to Earth's surface as precipitation like rain or snow. This continuous movement of water between the atmosphere and Earth is known as the water cycle, which ensures a constant supply of fresh water despite water being constantly lost to evaporation.
Type of rainfall (Hydrology)
This document discusses different types of rainfall including artificial/cloud seeding rainfall, convective rainfall, orographic rainfall, frontal rainfall, and cyclonic rainfall. It provides details on the formation process for each type. Artificial rainfall involves using chemicals to stimulate condensation and seed clouds. Convective rainfall occurs from heating of the earth's surface and rapid changes in intensity. Orographic rainfall is caused when air is forced upwards over mountains, cooling and condensing. Frontal rainfall occurs when warm and cold air masses meet along a front. Cyclonic rainfall is associated with low pressure systems and occurs along fronts with the meeting of different air masses.
Types of Rainfall
There are three main types of precipitation formation: convectional, frontal, and orographic. Convectional precipitation occurs when warm air rises due to surface heating or ocean currents, cooling and releasing moisture. Frontal precipitation happens at the boundary of warm and cold air masses, where the warmer air is forced aloft, cools, and condenses its moisture. Orographic precipitation is caused by moist air rising over mountains near coastlines, cooling adiabatically and dropping its moisture as rain or snow.
Types of rainfall
Convectional rainfall occurs in hot climates when the sun heats the ground, causing water to evaporate and rise into the air where it cools and condenses to form clouds and rain. Orographic rainfall is characteristic of mountainous regions, where humid air from the sea reaches mountains, rises and cools as it hits the mountains, forming clouds and raining on the windward side. Frontal rainfall occurs at the boundary between warm and cold air masses, when a hot, humid air mass meets and rises above a cold air mass, cooling to form clouds and rain.
The weather
The document defines and describes various weather phenomena including temperature, precipitation, wind, storms, fog and seasons. It notes that weather refers to conditions like temperature, precipitation and wind. It describes different types of precipitation such as rain, snow and hail. It also defines and provides examples of different types of winds and storms. Finally, it outlines the four seasons and their typical weather patterns.
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LinkedIn: https://www.linkedin.com/company/pecb/
Facebook: https://www.facebook.com/PECBInternational/
Slideshare: http://www.slideshare.net/PECBCERTIFICATION
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