Condensation 4
•Download as PPTX, PDF•
0 likes•1 view
M
MPSCondensation occurs when water vapor in the air cools and turns back into liquid water droplets. Water particles separate when heated and become a gas that floats into clouds. When clouds become heavy with water vapor, the water falls as rain in a continuous cycle of heating, cooling, and precipitation. Solids are hard, liquids are runny, and gases like air can float as they are not as dense as solids or liquids.
Report
Share
Report
Share
Recommended
3 ppt changes in state
Water can exist in three states of matter: as a solid (ice), a liquid (water), or a gas (water vapor). Ice melts into water and water evaporates into vapor through boiling or evaporation; vapor condenses back into liquid water through condensation and liquid water freezes back into solid ice. The document provides examples of the three states of water and the phase changes between each state.
How water changes
The document discusses the three forms that water can take - liquid, solid, and gas - and provides examples of each. It explains that water can evaporate when heated, turning from a liquid to a gas, and can condense when cooled, turning back from a gas to a liquid. The freezing and melting points of water are also stated.
Matterstates
Water can exist in three states: as a liquid, solid (ice and snow), or gas (water vapor). As a liquid, water takes the shape of its container and is what we drink, swim in, and wash with, filling lakes and rivers. Ice and snow are examples of water in its solid state. Water vapor is an invisible gas in the air, making up clouds and steam. Water changes between these states by gaining or losing heat through freezing, melting, evaporating, or condensing.
Y2_How temperature affect matter?
Melting involves changing a solid into a liquid state using heat. Boiling changes a liquid into a gas (water vapor) with heat, while freezing is the reverse process of changing liquid to solid with cooling. Condensation occurs when a gas changes to a liquid state by contacting a cold surface, such as water vapor condensing to liquid water on the outside of a cold drink. These changes of state between solid, liquid, and gas are caused by the addition or removal of heat from the substance.
Y2 2018_How temperature changes matter
Melting involves changing a solid into a liquid state using heat. Boiling changes a liquid into a gas (water vapor) when heat is applied, while freezing is the reverse process of changing liquid to solid with cooling. Condensation occurs when a gas hits a cold surface and changes back to a liquid state. These changes of state between solid, liquid, and gas are known as melting, freezing, boiling, evaporation, and condensation.
Sloane
The document summarizes the water cycle and states of matter. It explains that the sun causes water to evaporate from seas, turning to vapor that rises and condenses into clouds. The cold clouds cause the vapor to form raindrops, completing the water cycle. It also describes the properties of gases, liquids, and solids - with gases having particles far apart that can move freely, liquids having particles close but able to flow, and solids having tightly packed particles that cannot move or flow.
Science primary 4: Changing State of Water
Water exists in three states - solid, liquid, and gas - and can change between these states when it gains or loses heat. It freezes into ice at 0°C when it loses heat, melts back into liquid water when it gains heat above 0°C. Water boils into steam at 100°C when sufficient heat is added, and condenses back to a liquid when steam cools below 100°C losing heat. The rate of evaporation depends on factors like wind, temperature difference, and surface area.
Condensation on a can 3
Condensation occurs when water particles in the air are drawn to cool surfaces and turn back into liquid water drops. For example, when a cold can of soda is taken out of the fridge, water particles in the air are attracted to the cool surface of the can and condense into droplets. Condensation also explains how water cycles between the sky and ground - water evaporates as particles, rises into clouds, cools and condenses back into liquid water which then falls as rain. Indoor pools also experience condensation as the steam above the warm water condenses on cool surfaces like the ceiling.
Recommended
3 ppt changes in state
Water can exist in three states of matter: as a solid (ice), a liquid (water), or a gas (water vapor). Ice melts into water and water evaporates into vapor through boiling or evaporation; vapor condenses back into liquid water through condensation and liquid water freezes back into solid ice. The document provides examples of the three states of water and the phase changes between each state.
How water changes
The document discusses the three forms that water can take - liquid, solid, and gas - and provides examples of each. It explains that water can evaporate when heated, turning from a liquid to a gas, and can condense when cooled, turning back from a gas to a liquid. The freezing and melting points of water are also stated.
Matterstates
Water can exist in three states: as a liquid, solid (ice and snow), or gas (water vapor). As a liquid, water takes the shape of its container and is what we drink, swim in, and wash with, filling lakes and rivers. Ice and snow are examples of water in its solid state. Water vapor is an invisible gas in the air, making up clouds and steam. Water changes between these states by gaining or losing heat through freezing, melting, evaporating, or condensing.
Y2_How temperature affect matter?
Melting involves changing a solid into a liquid state using heat. Boiling changes a liquid into a gas (water vapor) with heat, while freezing is the reverse process of changing liquid to solid with cooling. Condensation occurs when a gas changes to a liquid state by contacting a cold surface, such as water vapor condensing to liquid water on the outside of a cold drink. These changes of state between solid, liquid, and gas are caused by the addition or removal of heat from the substance.
Y2 2018_How temperature changes matter
Melting involves changing a solid into a liquid state using heat. Boiling changes a liquid into a gas (water vapor) when heat is applied, while freezing is the reverse process of changing liquid to solid with cooling. Condensation occurs when a gas hits a cold surface and changes back to a liquid state. These changes of state between solid, liquid, and gas are known as melting, freezing, boiling, evaporation, and condensation.
Sloane
The document summarizes the water cycle and states of matter. It explains that the sun causes water to evaporate from seas, turning to vapor that rises and condenses into clouds. The cold clouds cause the vapor to form raindrops, completing the water cycle. It also describes the properties of gases, liquids, and solids - with gases having particles far apart that can move freely, liquids having particles close but able to flow, and solids having tightly packed particles that cannot move or flow.
Science primary 4: Changing State of Water
Water exists in three states - solid, liquid, and gas - and can change between these states when it gains or loses heat. It freezes into ice at 0°C when it loses heat, melts back into liquid water when it gains heat above 0°C. Water boils into steam at 100°C when sufficient heat is added, and condenses back to a liquid when steam cools below 100°C losing heat. The rate of evaporation depends on factors like wind, temperature difference, and surface area.
Condensation on a can 3
Condensation occurs when water particles in the air are drawn to cool surfaces and turn back into liquid water drops. For example, when a cold can of soda is taken out of the fridge, water particles in the air are attracted to the cool surface of the can and condense into droplets. Condensation also explains how water cycles between the sky and ground - water evaporates as particles, rises into clouds, cools and condenses back into liquid water which then falls as rain. Indoor pools also experience condensation as the steam above the warm water condenses on cool surfaces like the ceiling.
Weather - What are clouds?
Clouds form when warm air rises into the cooler parts of the atmosphere, causing water vapor to condense into liquid water droplets or ice crystals around particles in the air called condensation nuclei. As more and more water condenses around these particles, it creates clouds made of billions of water droplets or ice crystals that appear different depending on their composition, with water droplet clouds having sharper edges and ice crystal clouds looking fuzzier and whiter.
Density of water
The document discusses the physical and chemical properties of water. It explains that water has a unique relationship between temperature and density, where density increases between 0-4 degrees Celsius before decreasing as temperature continues to drop until freezing. Unlike most substances, ice is less dense than liquid water due to the hydrogen bond formation in its crystalline lattice structure, which causes water molecules to spread out more than in the liquid state. Finally, it notes that an iceberg's larger size below the waterline is because ice is less dense than water.
How are clouds formed
Clouds are formed when warm air rises and expands, causing water vapor to condense around tiny particles like dust. Billions of these tiny water droplets together form visible clouds. Clouds appear white because the water droplets scatter all the colors of light equally. Clouds turn gray when they are thick enough that light cannot pass through or when other clouds block light from above, casting shadows. Clouds float because the air and water droplets inside are warmer than the surrounding air, causing them to rise.
Chloe
The document describes the three states of matter - solid, liquid, and gas. Solids have a definite shape and volume, and are hard to break. Liquids have a definite volume but take the shape of their container. Gases have no definite shape or volume and their particles are far apart. Matter can change between these three states, with solids melting into liquids, liquids evaporating into gases, and gases condensing into liquids.
Clouds 2
Clouds form when warm air rises and the water vapor in the air condenses into tiny liquid water droplets or ice crystals. As the warmer air rises higher in the sky where temperatures are colder, the water vapor condenses onto particles like dust to form clouds. Different types of clouds form at different heights in the sky and can appear white, gray, fluffy, or dark, depending on their composition and thickness.
Clouds And Rains
Water evaporates from bodies of water and rises into the sky, where it cools and condenses to form droplets that collect into clouds. When clouds pass through cooler air, the water droplets grow heavier and fall to the ground as rain. This cycle of evaporation and precipitation is known as the water cycle. Sometimes, falling raindrops freeze into hail or clouds are cold enough that water vapor condenses directly into snowflakes before reaching the ground.
Explanation text
The document explains how snow is formed through a process. Water vapor in the atmosphere condenses to form clouds. As the water particles in clouds increase in mass, they become too heavy for the air to hold and fall to the ground. If air temperatures are below freezing, the falling water particles freeze into ice crystals before reaching the ground, forming snow. Impurities in the air help accelerate the freezing process. When snow falls, if air temperatures are warm, it melts into rain before reaching the ground.
Water density
The document discusses how the density of substances can change with temperature. It notes that most substances contract and become more dense when cooled, while expanding and becoming less dense when heated. An exception is water, which is more dense in its liquid form than as a solid (ice), allowing ice to float. This unique property allows plants and animals to survive winter freezing. The document also discusses how salt water is denser than fresh water.
Cloud Inquiry Project
The document summarizes information about clouds, including their names and classifications, how they are produced, their colors, and the different types of precipitation they can produce. It discusses the main cloud types (cumulus, stratus, cirrus), additional cloud types like wall clouds and roll clouds, how air and water vapor interact to form clouds, the role of temperature in determining cloud color and precipitation type, and the processes that produce rain, snow, hail, freezing rain and sleet.
Inquiry Project 1 Clouds
The document summarizes information about clouds, including their names and classifications, how they are produced, their colors, and the different types of precipitation they can produce. It discusses the main cloud types (cumulus, stratus, cirrus), additional cloud types like wall clouds and roll clouds, how air and water vapor interact to form clouds, the role of temperature in determining cloud color and precipitation type, and the processes that produce rain, snow, hail, freezing rain and sleet.
03 how do-clouds-form
Clouds form through the process of evaporation, heating, rising, cooling, and condensation. Water evaporates into the air and is heated by the sun, causing the pockets of air to rise up. As the air rises and cools, the water vapor condenses into liquid water droplets that gather together to form clouds.
Water land and air. Year 2.
There are three forms of water: liquid, solid (ice), and gas (water vapor). Water exists in different states depending on temperature; it is a liquid at room temperature, a solid when frozen, and a gas when heated. The water cycle describes how water evaporates from bodies of water into the air, condenses to form clouds, and falls back to the ground as precipitation through rain or snow, eventually making its way back to bodies of water.
Water
Water vapor rises into the sky where it cools and condenses into water drops that form clouds. As more drops join together in clouds, they can become heavy and fall as rain or snow depending on the temperature, with rain occurring in warmer weather and snow in colder weather.
Genius Hour - Prep/One All-Stars!
The All-Stars explore their passions and interests in the Inaugural Whole School MPS 'Genius Hour'. What a great experience!
Rugby with K.S.C.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Kyneton S.C. aims to develop players' skills and promote an active lifestyle through the sport of soccer in the community.
Rugby with k.s.c.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Kyneton S.C. aims to develop players' skills and promote an active lifestyle through the sport of soccer in the community.
French Day 2012
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Rugby with Kyneton S.C.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Details about upcoming matches, results, club news and other activities are provided on the club's website.
Boo the bear
Noah was sick so his mother took him to the doctor. The doctor told Noah's mother she needed to take care of Noah. While caring for Noah, she met some of his favorite toys - his bear Russy, his bird Larry, and rode a dinosaur toy with Noah. Noah also tried to teach her how to ride a bike, but she had an accident with a bubble gun they were using and left out.
school sensory walk photos
The document is about Malmsbury Primary School and asks three questions: What can you see? What can you hear? What can you touch? In just a few short words, it prompts the reader to observe their surroundings using their senses of sight, hearing and touch.
More Related Content
What's hot
Weather - What are clouds?
Clouds form when warm air rises into the cooler parts of the atmosphere, causing water vapor to condense into liquid water droplets or ice crystals around particles in the air called condensation nuclei. As more and more water condenses around these particles, it creates clouds made of billions of water droplets or ice crystals that appear different depending on their composition, with water droplet clouds having sharper edges and ice crystal clouds looking fuzzier and whiter.
Density of water
The document discusses the physical and chemical properties of water. It explains that water has a unique relationship between temperature and density, where density increases between 0-4 degrees Celsius before decreasing as temperature continues to drop until freezing. Unlike most substances, ice is less dense than liquid water due to the hydrogen bond formation in its crystalline lattice structure, which causes water molecules to spread out more than in the liquid state. Finally, it notes that an iceberg's larger size below the waterline is because ice is less dense than water.
How are clouds formed
Clouds are formed when warm air rises and expands, causing water vapor to condense around tiny particles like dust. Billions of these tiny water droplets together form visible clouds. Clouds appear white because the water droplets scatter all the colors of light equally. Clouds turn gray when they are thick enough that light cannot pass through or when other clouds block light from above, casting shadows. Clouds float because the air and water droplets inside are warmer than the surrounding air, causing them to rise.
Chloe
The document describes the three states of matter - solid, liquid, and gas. Solids have a definite shape and volume, and are hard to break. Liquids have a definite volume but take the shape of their container. Gases have no definite shape or volume and their particles are far apart. Matter can change between these three states, with solids melting into liquids, liquids evaporating into gases, and gases condensing into liquids.
Clouds 2
Clouds form when warm air rises and the water vapor in the air condenses into tiny liquid water droplets or ice crystals. As the warmer air rises higher in the sky where temperatures are colder, the water vapor condenses onto particles like dust to form clouds. Different types of clouds form at different heights in the sky and can appear white, gray, fluffy, or dark, depending on their composition and thickness.
Clouds And Rains
Water evaporates from bodies of water and rises into the sky, where it cools and condenses to form droplets that collect into clouds. When clouds pass through cooler air, the water droplets grow heavier and fall to the ground as rain. This cycle of evaporation and precipitation is known as the water cycle. Sometimes, falling raindrops freeze into hail or clouds are cold enough that water vapor condenses directly into snowflakes before reaching the ground.
Explanation text
The document explains how snow is formed through a process. Water vapor in the atmosphere condenses to form clouds. As the water particles in clouds increase in mass, they become too heavy for the air to hold and fall to the ground. If air temperatures are below freezing, the falling water particles freeze into ice crystals before reaching the ground, forming snow. Impurities in the air help accelerate the freezing process. When snow falls, if air temperatures are warm, it melts into rain before reaching the ground.
Water density
The document discusses how the density of substances can change with temperature. It notes that most substances contract and become more dense when cooled, while expanding and becoming less dense when heated. An exception is water, which is more dense in its liquid form than as a solid (ice), allowing ice to float. This unique property allows plants and animals to survive winter freezing. The document also discusses how salt water is denser than fresh water.
Cloud Inquiry Project
The document summarizes information about clouds, including their names and classifications, how they are produced, their colors, and the different types of precipitation they can produce. It discusses the main cloud types (cumulus, stratus, cirrus), additional cloud types like wall clouds and roll clouds, how air and water vapor interact to form clouds, the role of temperature in determining cloud color and precipitation type, and the processes that produce rain, snow, hail, freezing rain and sleet.
Inquiry Project 1 Clouds
The document summarizes information about clouds, including their names and classifications, how they are produced, their colors, and the different types of precipitation they can produce. It discusses the main cloud types (cumulus, stratus, cirrus), additional cloud types like wall clouds and roll clouds, how air and water vapor interact to form clouds, the role of temperature in determining cloud color and precipitation type, and the processes that produce rain, snow, hail, freezing rain and sleet.
03 how do-clouds-form
Clouds form through the process of evaporation, heating, rising, cooling, and condensation. Water evaporates into the air and is heated by the sun, causing the pockets of air to rise up. As the air rises and cools, the water vapor condenses into liquid water droplets that gather together to form clouds.
Water land and air. Year 2.
There are three forms of water: liquid, solid (ice), and gas (water vapor). Water exists in different states depending on temperature; it is a liquid at room temperature, a solid when frozen, and a gas when heated. The water cycle describes how water evaporates from bodies of water into the air, condenses to form clouds, and falls back to the ground as precipitation through rain or snow, eventually making its way back to bodies of water.
Water
Water vapor rises into the sky where it cools and condenses into water drops that form clouds. As more drops join together in clouds, they can become heavy and fall as rain or snow depending on the temperature, with rain occurring in warmer weather and snow in colder weather.
What's hot (13)
More from MPS
Genius Hour - Prep/One All-Stars!
The All-Stars explore their passions and interests in the Inaugural Whole School MPS 'Genius Hour'. What a great experience!
Rugby with K.S.C.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Kyneton S.C. aims to develop players' skills and promote an active lifestyle through the sport of soccer in the community.
Rugby with k.s.c.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Kyneton S.C. aims to develop players' skills and promote an active lifestyle through the sport of soccer in the community.
French Day 2012
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Rugby with Kyneton S.C.
Kyneton S.C. is a soccer club located in Kyneton, Victoria, Australia. The club fields teams in various age groups and competes in local leagues. Details about upcoming matches, results, club news and other activities are provided on the club's website.
Boo the bear
Noah was sick so his mother took him to the doctor. The doctor told Noah's mother she needed to take care of Noah. While caring for Noah, she met some of his favorite toys - his bear Russy, his bird Larry, and rode a dinosaur toy with Noah. Noah also tried to teach her how to ride a bike, but she had an accident with a bubble gun they were using and left out.
school sensory walk photos
The document is about Malmsbury Primary School and asks three questions: What can you see? What can you hear? What can you touch? In just a few short words, it prompts the reader to observe their surroundings using their senses of sight, hearing and touch.
Owen leaves in a bag
We placed a bag with leaves on a tree branch to observe what would happen. After a week, we found water at the bottom of the bag. The leaves contained moisture from rain absorbed by the tree's roots. Heat from the sun caused the water in the leaves to evaporate, turning into vapor. When this vapor hit the cooler surface of the plastic bag, it condensed back into liquid water droplets, leaving the bottom of the bag wet.
Condensation 4
Condensation occurs when water vapor in the air cools and turns back into liquid water droplets. Water evaporates and becomes a gas when heated, floating up into clouds. When clouds become heavy with water vapor, the water falls back down to Earth as rain. The water cycle of evaporation, condensation and precipitation happens continuously. Solids are hard, liquids are runny, and gases can float in the air like clouds.
Clouds
Clouds form when warm air rises and the water vapor in the air condenses into tiny liquid water droplets or ice crystals. Different types of clouds exist at varying heights in the sky and can range from fluffy white clouds to dark gray storm clouds. An experiment demonstrates how smoke particles from a blown out match can form a cloud when trapped in a bottle, showing how water vapor condenses around particles in the air to become visible as clouds.
Owen leaves in a bag
We placed a bag of leaves on a tree branch to observe what would happen. After a week, we found water at the bottom of the bag. The leaves contained moisture from rain absorbed by the tree's roots. Heat from the sun caused the water in the leaves to evaporate, turning into vapor. When this vapor hit the cooler surface of the plastic bag, it condensed back into liquid water droplets, leaving the bottom of the bag wet.
Water on a pan
This document shows a simulation of water being heated in a pan over a gas flame. The pan is made of iron and contains iron and water particles too small to see. As the flame heats the iron particles, they heat the water particles, causing them to shake and evaporate when hot enough. So applying heat to the pan causes the water particles to heat up and evaporate.
Heat to via pan
A child drew a picture showing water balls on a metal pan being heated by red flame spikes, with the water particles starting to move and vibrate as they hit each other in bigger spaces before returning to the metal pan. The drawing aimed to illustrate heat transfer and the movement of particles when water is heated on a stove.
Condensation on a can no name
Condensation occurs when water particles in the air cool down and turn back into liquid water drops. This can happen outside when water evaporates into the air, forms clouds, and rains back down, or inside when steam cools on surfaces. For example, condensation forms on the outside of a cold can of soda as the cool metal attracts water particles from the warmer air, causing them to condense into liquid droplets on the can.
Con on can
Water forms on the outside of a cold can taken from the fridge due to condensation. When warm water particles in the air collide with the cold surface of the can, they cool down and turn to liquid water droplets. As more water particles condense, they join together to form visible drops of water on the outside of the chilled can.
Condensation on a can no name
Condensation occurs when water particles in the air cool down and turn back into liquid water drops. This can happen outside when water evaporates into the air, forms clouds, and rains back down, or inside when steam cools on surfaces. For example, condensation forms on the outside of a cold can of soda as the cool metal attracts water particles from the warmer air, causing them to condense into liquid droplets on the can.
Condensation on a can no name
Condensation occurs when water particles in the air cool down and turn back into liquid water drops. This can happen outside when water evaporates into the air, forms clouds, and rains back down, or inside when steam cools on surfaces. For example, condensation forms on the outside of a cold can of soda as the cool metal attracts water particles from the warmer air, causing them to condense into liquid droplets on the can.
More from MPS (20)
Condensation 4
- 2. what is condensation When water gets hot water particles separates and turns into gas. They float up into the air then into the clouds. The cloud get heavy and down comes rains. It keeps happening again and again.
- 4. what is: solid Liquid Gas Solid is when it’s rock hard and it CAN brake if you drop it. Liquid is runny and most of the time you can drink it. Gas is like air and it can flout.
- 5. SOLID:
- 6. Liquid:
- 7. GAS:
- 8. That is what condensationis. I hoped you enjoyed it.