Weather
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Rain forms when water evaporates into clouds, condenses into droplets, and precipitates down as rain. Hurricanes are strong winds formed by heat at the equator that can erode rocks and dirt to form hills and mountains. Both rain and hurricanes weather rocks through erosion, moving sediment and contributing to landscape changes over time.
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Causes Of Landslide In Chittagong
This document presents a case study on the causes of landslides in Chittagong, Bangladesh. It discusses how Chittagong's geology of folded beds and many steep hills makes it prone to landslides. The main causes of landslides discussed are natural factors like rainfall, steep slopes, soil type, and earthquakes, as well as man-made causes such as hill cutting, deforestation, and urbanization. Rainfall and hill cutting are identified as the two primary causes of landslides in the region based on a 2014 survey.
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Tides are caused by the gravitational pull of the moon and sun on the Earth's oceans. This causes the ocean levels to rise and fall, creating high tides and low tides approximately every 12 hours on opposite sides of the globe. Spring tides occur during a full moon or new moon and have the highest tidal ranges, while neap tides happen midway between spring tides and have the lowest tidal ranges. Different types of tides are caused by the relative positions of the Earth, moon, and sun.
Sun's Effect on Weather
The Sun is the largest object in the solar system and provides heat and light to Earth. Its uneven heating of the Earth's surface causes air movement known as wind, driving weather and climate changes. The Sun heats water surfaces, increasing evaporation which leads to water vapor in the air and the formation of clouds and precipitation. Some major weather phenomena like hurricanes begin over warm ocean waters, with heat and moisture fueling the storms.
Tides
The document discusses tides and their causes. Tides are caused by the gravitational pull of the moon and sun, which pulls the water towards them. This causes two high tides each day on opposite sides of the Earth. The moon has a greater effect on tides due to its closer proximity. Tides can affect fishermen, fish, animals in tide pools, and require some buildings to be elevated. Tidal energy generation uses turbines in the water powered by tidal flows. Spring tides produce higher high tides when the sun and moon effects are aligned, while neap tides have lower high tides when their effects oppose each other. Places can experience diurnal or semidiurnal tides depending on whether the location
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Tides are caused by the gravitational pull of the Moon and, to a lesser extent, the Sun. The Moon's gravity creates bulges in the Earth's oceans that result in high and low tides about every six hours. There are two types of tides: spring tides, which occur during a full moon or new moon and have the largest difference between high and low tides, and neap tides, which occur when the Sun and Moon are at right angles to each other and have a smaller difference between tides.
Rotation vs revolution
The document discusses the differences between the rotation and revolution of Earth. Rotation refers to Earth spinning on its axis, which causes day and night. Revolution refers to Earth orbiting the sun, which combined with the tilt of Earth's axis, causes the seasons. It takes Earth 24 hours to complete one rotation and 365 days to complete one revolution around the sun.
Rotation revolution
Rotation occurs when an object spins around its axis, like the Earth. Revolution occurs when an object spins around another object, like the Earth revolving around the sun. The Earth's rotation causes night and day, as different parts of the Earth face the sun throughout its daily spin. The Earth's revolution and the changing angle of sunlight and day length throughout the year cause the seasons to change. We can tell the Earth rotates due to phenomena like star trails, ocean currents, wind patterns, and the movement of pendulums.
Rotation and revolution
The Earth rotates on its axis from West to East, causing day and night. It also revolves around the Sun, causing seasons. The Equator divides the Earth into the Northern and Southern Hemispheres. Rotation and revolution are responsible for different weather patterns and climates in different places over time. Sea breezes occur during the day as warmer air rises over heated land, drawing in cooler air from the sea.
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Causes Of Landslide In Chittagong
This document presents a case study on the causes of landslides in Chittagong, Bangladesh. It discusses how Chittagong's geology of folded beds and many steep hills makes it prone to landslides. The main causes of landslides discussed are natural factors like rainfall, steep slopes, soil type, and earthquakes, as well as man-made causes such as hill cutting, deforestation, and urbanization. Rainfall and hill cutting are identified as the two primary causes of landslides in the region based on a 2014 survey.
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Tides are caused by the gravitational pull of the moon and sun on the Earth's oceans. This causes the ocean levels to rise and fall, creating high tides and low tides approximately every 12 hours on opposite sides of the globe. Spring tides occur during a full moon or new moon and have the highest tidal ranges, while neap tides happen midway between spring tides and have the lowest tidal ranges. Different types of tides are caused by the relative positions of the Earth, moon, and sun.
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The Sun is the largest object in the solar system and provides heat and light to Earth. Its uneven heating of the Earth's surface causes air movement known as wind, driving weather and climate changes. The Sun heats water surfaces, increasing evaporation which leads to water vapor in the air and the formation of clouds and precipitation. Some major weather phenomena like hurricanes begin over warm ocean waters, with heat and moisture fueling the storms.
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The document discusses tides and their causes. Tides are caused by the gravitational pull of the moon and sun, which pulls the water towards them. This causes two high tides each day on opposite sides of the Earth. The moon has a greater effect on tides due to its closer proximity. Tides can affect fishermen, fish, animals in tide pools, and require some buildings to be elevated. Tidal energy generation uses turbines in the water powered by tidal flows. Spring tides produce higher high tides when the sun and moon effects are aligned, while neap tides have lower high tides when their effects oppose each other. Places can experience diurnal or semidiurnal tides depending on whether the location
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Tides are caused by the gravitational pull of the Moon and, to a lesser extent, the Sun. The Moon's gravity creates bulges in the Earth's oceans that result in high and low tides about every six hours. There are two types of tides: spring tides, which occur during a full moon or new moon and have the largest difference between high and low tides, and neap tides, which occur when the Sun and Moon are at right angles to each other and have a smaller difference between tides.
Rotation vs revolution
The document discusses the differences between the rotation and revolution of Earth. Rotation refers to Earth spinning on its axis, which causes day and night. Revolution refers to Earth orbiting the sun, which combined with the tilt of Earth's axis, causes the seasons. It takes Earth 24 hours to complete one rotation and 365 days to complete one revolution around the sun.
Rotation revolution
Rotation occurs when an object spins around its axis, like the Earth. Revolution occurs when an object spins around another object, like the Earth revolving around the sun. The Earth's rotation causes night and day, as different parts of the Earth face the sun throughout its daily spin. The Earth's revolution and the changing angle of sunlight and day length throughout the year cause the seasons to change. We can tell the Earth rotates due to phenomena like star trails, ocean currents, wind patterns, and the movement of pendulums.
Rotation and revolution
The Earth rotates on its axis from West to East, causing day and night. It also revolves around the Sun, causing seasons. The Equator divides the Earth into the Northern and Southern Hemispheres. Rotation and revolution are responsible for different weather patterns and climates in different places over time. Sea breezes occur during the day as warmer air rises over heated land, drawing in cooler air from the sea.
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Seasons phases eclipses and tides
- Earth rotates on its axis once every 24 hours, causing day and night. It revolves around the sun once every year (its orbit).
- The tilt of the Earth on its axis causes the seasons. Summer occurs when the location is tilted toward the sun, and winter occurs when it is tilted away.
- The moon orbits the Earth, causing phases like the waxing and waning crescent, gibbous, full and quarter moons. Eclipses occur when the moon passes between the Earth and sun (solar eclipse) or Earth passes between moon and sun (lunar eclipse).
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The document discusses tides, which are the periodic rise and fall of sea levels caused by the gravitational attraction of the moon and sun. It explains that Isaac Newton realized tides were caused by these gravitational forces. There are two types of tides - low tides when sea levels are lowest, and spring tides caused by perfect alignment of the sun, moon, and earth. The document also mentions that tidal energy harnesses the energy of tides and has potential as a clean, renewable energy source.
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The document summarizes key concepts about the Earth-Moon-Sun system. It describes the Earth's rotation, revolution around the Sun, and axial tilt, which cause day/night and seasons. It discusses the Moon's orbit and phases as it revolves around Earth. Eclipses occur when the Moon passes between Earth and Sun. The Moon causes tidal bulges on Earth related to its gravity, producing ocean tides.
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The document discusses how the Earth orbits the sun through revolution, which causes seasons due to the concentration of sunlight over different hemispheres throughout the year. It also explains how the Earth rotates on its axis, leading to day and night as different parts of the planet face the sun during its daily spin. The tilt of the Earth's axis further influences the seasons by affecting sunlight distribution across the hemispheres.
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The document discusses several key facts about Earth's rotation:
- Earth spins on an imaginary axis, completing one rotation every 24 hours at a speed of over 1,000 mph.
- Earth's rotation causes day and night and influences the number and placement of time zones around the world.
- Earth bulges slightly at the equator due to the centrifugal force of its rotation.
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Tides are the rising and falling of sea levels caused by the combined effects of the gravitational pull of the moon and the sun and the centrifugal force of the Earth's rotation. The moon has the strongest influence due to its closer proximity. This creates bulges in the ocean that result in two high tides and two low tides every 24 hours and 50 minutes. Spring tides occur at new and full moons when the sun, moon, and Earth are aligned, creating higher tides. Neap tides happen when the sun and moon are at right angles, resulting in smaller differences between high and low tides.
rotation and revolution
The document discusses different types of rotational and orbital motions of objects in space, including the Earth. It explains that the Earth's rotation on its axis causes day and night, while its revolution around the sun over the course of a year leads to seasonal variations due to changes in the sun's angle and day length. Examples of rotation are a top spinning on its axis or the Earth each day, while examples of revolution are the Earth orbiting the sun each year or the moon revolving around the Earth.
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The document explains key concepts about the Earth's rotation and revolution:
1) The Earth rotates on its axis once every 24 hours, causing day and night, while it revolves around the Sun once every 365.25 days, causing seasons.
2) The Earth experiences seasons because its axis is tilted, resulting in different parts receiving more direct sunlight over the course of the year.
3) Rotation refers to the Earth spinning on its axis, while revolution describes the Earth traveling around the Sun in its orbit.
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The document discusses the causes of seasons and eclipses. It explains that the seasons are caused by four main factors: the tilt of the Earth's axis, which results in one hemisphere receiving more direct sunlight; the Earth's revolution around the sun, which affects the exposure of each hemisphere to solar energy; the direct rays of sunlight, with more direct exposure resulting in warmer weather; and the length of daylight, with longer days exposing an area to more solar energy. Eclipses occur when the sun, moon, and Earth are perfectly aligned, allowing either the moon to block the sun during a solar eclipse or the Earth to block the moon during a lunar eclipse. Eclipses can be either total within the umbra shadow or
Tides notes ppt
The document discusses how the moon's gravitational pull causes Earth's tides. It explains that the moon, being closer to Earth than the sun, has a stronger tidal influence. The moon's gravity causes the oceans to bulge on both the near and far sides of Earth, resulting in two high tides per day. It also describes spring tides with extra high and low tides during new and full moons, and neap tides with less pronounced tides during half moons due to the sun partially offsetting the moon's gravitational pull.
Watercycle3
The water cycle is powered by the sun warming ocean water, causing evaporation and the formation of water vapor which condenses into clouds. As cloud droplets combine and grow heavier, precipitation falls into rivers, lakes and oceans to complete the cycle by allowing the sun to warm water and evaporate it again.
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Tides are caused by the gravitational forces of the moon and sun interacting with the rotation of the Earth. This results in two tidal bulges on opposite sides of the Earth that move around the planet as the Earth rotates. The difference between high tide and low tide is greatest during spring tides when the moon and sun are aligned, and smallest during neap tides when the moon and sun are at right angles to each other. While tidal energy has advantages of being predictable and pollution-free, constructing barrages for tidal power generation is very expensive and can impact the environment.
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The document discusses the Earth's rotation and revolution. It notes that rotation takes 24 hours and results in night and day, while revolution around the sun takes 365.25 days in a slightly elliptical orbit. It explains that the tilt of the Earth's axis causes the seasons, with summer occurring in hemispheres facing the sun due to more direct sunlight, not distance from the sun. Equinoxes occur when daylight and darkness are equal, while solstices are when the sun is furthest north or south.
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Earth rotates on its axis over 24 hours, causing day and night. It also revolves around the Sun over 365 days, causing seasons. The tilt of Earth's axis remains the same, directing more solar radiation at the Northern hemisphere in summer and Southern hemisphere in winter. The seasons are caused by the combined effects of Earth's elliptical revolution, tilt, and rotation on its axis.
Revolution and rotation
Rotation is the movement of the Earth spinning on its axis, causing day and night. Revolution is the Earth orbiting the sun, taking 365 days to complete one orbit. The results of rotation are day/night cycles and tides due to the moon's gravitational pull. The tilt of the Earth's axis as it revolves around the sun causes the seasons. The inner planets like Earth are rocky, while the outer planets are gaseous. Both revolve around the sun but the inner planets are smaller and denser, with solid surfaces, whereas the outer planets are larger and less dense balls of gas.
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1) Hurricanes form over warm ocean waters and require specific conditions including high heat, humidity, and low wind shear.
2) Hurricanes develop through several stages from formative to mature as the eye forms and winds intensify.
3) Hurricanes can cause both short term damage through winds and flooding as well as long term destruction through landscape alterations.
hurricanes
Hurricanes form over warm ocean waters and rotate counter-clockwise as they gain strength. They are classified using the Saffir-Simpson scale based on their wind speeds and potential to cause damage. Hurricane hunters fly planes through hurricanes to measure characteristics like wind speed and direction that help forecasters warn coastal communities. When hurricanes make landfall, their strong winds and heavy rain can cause widespread flooding and property damage.
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The document discusses why tides occur on both sides of the Earth, not just the side facing the Moon. During a new moon, the combined gravitational pull of the Moon and Sun causes the Earth to be slightly "squashed" with a bulge facing each celestial body. The far side of the Earth experiences less gravitational pull from the Moon compared to the close side, allowing a bulge to form there as well. The gravity also pulls the Earth and Moon closer together, shifting the center of rotation towards the Sun during a new moon.
Seasons phases eclipses and tides
- Earth rotates on its axis once every 24 hours, causing day and night. It revolves around the sun once every year (its orbit).
- The tilt of the Earth on its axis causes the seasons. Summer occurs when the location is tilted toward the sun, and winter occurs when it is tilted away.
- The moon orbits the Earth, causing phases like the waxing and waning crescent, gibbous, full and quarter moons. Eclipses occur when the moon passes between the Earth and sun (solar eclipse) or Earth passes between moon and sun (lunar eclipse).
Tides guillermo, héctor and hugo
The document discusses tides, which are the periodic rise and fall of sea levels caused by the gravitational attraction of the moon and sun. It explains that Isaac Newton realized tides were caused by these gravitational forces. There are two types of tides - low tides when sea levels are lowest, and spring tides caused by perfect alignment of the sun, moon, and earth. The document also mentions that tidal energy harnesses the energy of tides and has potential as a clean, renewable energy source.
Photo scavenger hunt jasper
The document discusses various landforms and weathering processes, including frost heaves caused by the expansion of freezing water, oxidation shown by changes in soil color due to chemical weathering, and how streams form through erosion on the sides and deposition in the middle. It also describes rock outcrops, runoff from hills to ponds, the phases of the moon and its effect on tides, U-shaped valleys formed by glacial erosion, and cumulus clouds associated with thunderstorms.
Earth moon sun notes
The document summarizes key concepts about the Earth-Moon-Sun system. It describes the Earth's rotation, revolution around the Sun, and axial tilt, which cause day/night and seasons. It discusses the Moon's orbit and phases as it revolves around Earth. Eclipses occur when the Moon passes between Earth and Sun. The Moon causes tidal bulges on Earth related to its gravity, producing ocean tides.
Colton's Rotation and Revolution Powerpoint
The document discusses how the Earth orbits the sun through revolution, which causes seasons due to the concentration of sunlight over different hemispheres throughout the year. It also explains how the Earth rotates on its axis, leading to day and night as different parts of the planet face the sun during its daily spin. The tilt of the Earth's axis further influences the seasons by affecting sunlight distribution across the hemispheres.
Earth's Rotation
The document discusses several key facts about Earth's rotation:
- Earth spins on an imaginary axis, completing one rotation every 24 hours at a speed of over 1,000 mph.
- Earth's rotation causes day and night and influences the number and placement of time zones around the world.
- Earth bulges slightly at the equator due to the centrifugal force of its rotation.
- Earth's tilted axis and yearly orbit around the sun influence the seasons and amount of sunlight different areas receive through the year.
Tides
Tides are the rising and falling of sea levels caused by the combined effects of the gravitational pull of the moon and the sun and the centrifugal force of the Earth's rotation. The moon has the strongest influence due to its closer proximity. This creates bulges in the ocean that result in two high tides and two low tides every 24 hours and 50 minutes. Spring tides occur at new and full moons when the sun, moon, and Earth are aligned, creating higher tides. Neap tides happen when the sun and moon are at right angles, resulting in smaller differences between high and low tides.
rotation and revolution
The document discusses different types of rotational and orbital motions of objects in space, including the Earth. It explains that the Earth's rotation on its axis causes day and night, while its revolution around the sun over the course of a year leads to seasonal variations due to changes in the sun's angle and day length. Examples of rotation are a top spinning on its axis or the Earth each day, while examples of revolution are the Earth orbiting the sun each year or the moon revolving around the Earth.
Rotation and Revolution
The document explains key concepts about the Earth's rotation and revolution:
1) The Earth rotates on its axis once every 24 hours, causing day and night, while it revolves around the Sun once every 365.25 days, causing seasons.
2) The Earth experiences seasons because its axis is tilted, resulting in different parts receiving more direct sunlight over the course of the year.
3) Rotation refers to the Earth spinning on its axis, while revolution describes the Earth traveling around the Sun in its orbit.
Seasons and eclipses
The document discusses the causes of seasons and eclipses. It explains that the seasons are caused by four main factors: the tilt of the Earth's axis, which results in one hemisphere receiving more direct sunlight; the Earth's revolution around the sun, which affects the exposure of each hemisphere to solar energy; the direct rays of sunlight, with more direct exposure resulting in warmer weather; and the length of daylight, with longer days exposing an area to more solar energy. Eclipses occur when the sun, moon, and Earth are perfectly aligned, allowing either the moon to block the sun during a solar eclipse or the Earth to block the moon during a lunar eclipse. Eclipses can be either total within the umbra shadow or
Tides notes ppt
The document discusses how the moon's gravitational pull causes Earth's tides. It explains that the moon, being closer to Earth than the sun, has a stronger tidal influence. The moon's gravity causes the oceans to bulge on both the near and far sides of Earth, resulting in two high tides per day. It also describes spring tides with extra high and low tides during new and full moons, and neap tides with less pronounced tides during half moons due to the sun partially offsetting the moon's gravitational pull.
Watercycle3
The water cycle is powered by the sun warming ocean water, causing evaporation and the formation of water vapor which condenses into clouds. As cloud droplets combine and grow heavier, precipitation falls into rivers, lakes and oceans to complete the cycle by allowing the sun to warm water and evaporate it again.
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The planet earth and its motion
The document describes the four major spheres that make up Earth's system: the lithosphere (solid land and crust), hydrosphere (water), biosphere (living things), and atmosphere (air). It provides details on the characteristics and components of each sphere. Additionally, it discusses Earth's basic facts, motions of revolution and rotation, how seasons are caused by the tilt of Earth's axis and orbit around the sun, and defines solstices and equinoxes as the astronomical start of each season.
Tides and generating forces
Tides are caused by the gravitational forces of the moon and sun interacting with the rotation of the Earth. This results in two tidal bulges on opposite sides of the Earth that move around the planet as the Earth rotates. The difference between high tide and low tide is greatest during spring tides when the moon and sun are aligned, and smallest during neap tides when the moon and sun are at right angles to each other. While tidal energy has advantages of being predictable and pollution-free, constructing barrages for tidal power generation is very expensive and can impact the environment.
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The document summarizes key points from a presentation by Anthony Broccoli on planning for future weather extremes in New Jersey. Broccoli discusses recent extreme weather events like hurricanes Irene and Sandy. He questions assumptions of a "normal" climate and whether these events indicate a "new normal" with more frequent extremes due to climate change. Broccoli reviews climate science findings on trends in hurricanes, heavy precipitation, heat waves and sea level rise. He argues that past weather patterns are no longer a reliable guide for the future and emphasizes preparing for climate impacts even amid uncertainties.
Movement of the Earth Notes
The document discusses the Earth's rotation and revolution. It notes that rotation takes 24 hours and results in night and day, while revolution around the sun takes 365.25 days in a slightly elliptical orbit. It explains that the tilt of the Earth's axis causes the seasons, with summer occurring in hemispheres facing the sun due to more direct sunlight, not distance from the sun. Equinoxes occur when daylight and darkness are equal, while solstices are when the sun is furthest north or south.
6 -earth_s_motions
Earth rotates on its axis over 24 hours, causing day and night. It also revolves around the Sun over 365 days, causing seasons. The tilt of Earth's axis remains the same, directing more solar radiation at the Northern hemisphere in summer and Southern hemisphere in winter. The seasons are caused by the combined effects of Earth's elliptical revolution, tilt, and rotation on its axis.
Revolution and rotation
Rotation is the movement of the Earth spinning on its axis, causing day and night. Revolution is the Earth orbiting the sun, taking 365 days to complete one orbit. The results of rotation are day/night cycles and tides due to the moon's gravitational pull. The tilt of the Earth's axis as it revolves around the sun causes the seasons. The inner planets like Earth are rocky, while the outer planets are gaseous. Both revolve around the sun but the inner planets are smaller and denser, with solid surfaces, whereas the outer planets are larger and less dense balls of gas.
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NJFuture Redevelopment Forum 13 Climate Change Broccoli
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hurricanes
Hurricanes form over warm ocean waters and rotate counter-clockwise as they gain strength. They are classified using the Saffir-Simpson scale based on their wind speeds and potential to cause damage. Hurricane hunters fly planes through hurricanes to measure characteristics like wind speed and direction that help forecasters warn coastal communities. When hurricanes make landfall, their strong winds and heavy rain can cause widespread flooding and property damage.
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The document discusses several major hurricanes throughout history including Hurricane Camille, Hurricane Andrew, Hurricane Katrina, Hurricane Mitch, and the Galveston Hurricane of 1900. Hurricane Camille struck the Mississippi Gulf Coast in 1969 with storm surges over 24 feet. Hurricane Andrew left Florida in 1992 with widespread destruction. Hurricane Katrina in 2005 was one of the costliest and deadliest hurricanes to hit the United States, causing catastrophic damage along the Gulf Coast from storm surges up to 30 feet. Hurricane Mitch stalled off Honduras in 1998, causing massive flooding and over 10,000 deaths, making it the deadliest Atlantic hurricane in 200 years. The 1900 Galveston Hurricane made landfall in Texas with category 4 winds and a
Hurricanes
Hurricanes are powerful storms that form over warm ocean waters and move toward land. They have several stages including tropical depression, tropical storm, and hurricane. Hurricanes are categorized on a scale from 1 to 5 based on their wind speeds, with category 5 being the strongest. Hurricane Katrina was a devastating category 5 hurricane that hit Louisiana, Florida, and the Bahamas in August 2005, killing over 1,800 people and causing $75 billion in damage over 8 days.
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Hurricanes form over warm ocean waters and can cause extensive damage when making landfall. During hurricane season from July to November, coastal communities take precautions like improving building designs to withstand high winds and evacuating vulnerable areas when storms approach. Predicting hurricane paths and intensity remains challenging, though meteorologists monitor developing storms and issue watches and warnings to help minimize harm from these natural disasters.
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A Session to introduce the key ideas behind hurricane development and movement, including basic details on size, speeds and associated features
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The document discusses tropical storms and hurricanes, including:
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2. The primary impacts of hurricanes include high winds, intense rainfall causing flooding, and storm surge which can result in 90% of hurricane deaths.
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This document summarizes an experiment conducted by Lydia and Jenna to model the causes and effects of a hurricane. In the experiment, they filled a plastic bowl with water and pepper to represent the ocean surface and added a paper clip suspended by string to represent the eye of the hurricane. By stirring the water and observing the movement of the paper clip and cut-out paper triangles, they were able to demonstrate that the winds are stronger on the outside of the hurricane and calmer in the eye. The document also provides additional information about hurricane formation, structure, speed, size, duration, energy, and safety tips.
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The document discusses different types of precipitation including rain, snow, hail and sleet. It explains that rain occurs when warm, moist air rises and cools, causing water vapor to condense into water droplets. Three ways this can happen are convectional rainfall from warm air rising, frontal rainfall from warm and cold air meeting, and relief rainfall from air being forced up over high land. The document also describes different types of clouds like cumulonimbus and stratus clouds and explains rainbows and floods.
Storms
Storms occur when a low pressure system develops surrounded by high pressure areas, creating strong winds and storm clouds. There are 13 main types of storms including thunderstorms, blizzards, hail storms, and tornadoes. While storms can have negative impacts through flooding, fires, and wind damage, they also benefit the environment by watering plants, burying carbon in oceans, and allowing for faster plant growth.
Cloud Types Presentation
There are three main types of clouds - stratus, cirrus, and cumulus - which form in different ways and can be used to predict weather. Stratus clouds form in layers when warm air rises over cooler air, and can produce rain or snow. Cumulus clouds have flat bottoms and puffy tops, and usually indicate fair weather but sometimes rain. Cumulonimbus clouds are large thunderheads that bring thunderstorms and occasionally hail. Cirrus clouds form high in the sky and usually mean good weather is coming, though they may also signal an upcoming change.
Abc Weather Book by Mrs. Clarke's Grade
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Typesofcloudclass11geo 201204162831
Class 11 explanation of clouds Geography Book Fundamentals of Human Development Complete Explanation of all concept of NCERT class 12th
It is easy to understand
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The document provides an overview of various weather and climate topics including precipitation, clouds, wind, storms, temperature, and extremes. It defines key terms like precipitation, cloud types, wind speed and direction, hurricanes, tornadoes, and rainbows. Details are given on measuring and classifying different weather phenomena. Climate is distinguished from weather as the average conditions over a larger area and time period.
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Weather2020 Long Range Forecasting Weather School
This document provides an introduction to meteorology and weather forecasting from 1 day to 200 days into the future. It discusses Gary Lezak's background and the Lezak Recurring Cycle technology. The first chapter discusses the troposphere, including its composition and temperature profile. It notes that 99% of water vapor and 75% of atmospheric mass is contained within the troposphere. Chapter 1 also uses cumulonimbus clouds to visualize the top of the troposphere. Chapter 2 begins covering cloud types, how they form through condensation, and the role of condensation nuclei. It presents the 10 basic cloud types in 3 categories and provides examples of stratus and altostratus clouds.
Weather2020 Long Range Forecasting Weather School Chapters 1 & 2
This document provides an introduction to meteorology and weather forecasting from 1 day to 200 days into the future. It begins with an overview of meteorologist Gary Lezak's background and forecasting approach using the Lezak Recurring Cycle technology. The document then covers the following key points in subsequent chapters:
- Chapter 1 discusses the atmosphere, specifically the troposphere where weather occurs. It notes the troposphere extends 5-13 miles high and its temperature decreases with height.
- Chapter 2 introduces cloud types as the basics of forecasting. It explains cloud formation through the water cycle and need for condensation nuclei. The 10 main cloud types are defined by their low, middle, and high levels
What makes clods and rain
The water cycle involves water evaporating from Earth into water vapor due to heat from the sun. (1) The water vapor condenses into water droplets in the air when it cools, forming clouds. (2) The water droplets in clouds grow heavier and fall as rain or snow. (3) The rain and snow then flows back onto land or into oceans, continuing the cycle.
L.Sulollari presentation for kids - topic -weather
The document summarizes different components of weather including clouds, wind, rain, temperature, and thunderstorms. Clouds are formed from tiny water or ice droplets that float in the air and appear white when they reflect sunlight. Wind is moving air produced by uneven heating of the Earth's surface. Rain forms as warm air holding water vapor rises and cools, causing water droplets to collect into clouds that become heavy and fall as rain. Temperature measures hotness and coldness on different scales and a thunderstorm is a storm with lightning and thunder within clouds that also brings wind, rain, and sometimes hail.
L.Sulollari. ppt for kids - topic -weather
The document summarizes different components of weather including clouds, wind, rain, temperature, and thunderstorms. Clouds are formed from tiny water or ice droplets that float in the air and appear white when they reflect sunlight. Wind is moving air produced by uneven heating of the Earth's surface. Rain forms as warm air holding water vapor rises and cools, causing water droplets to collect into clouds that become heavy and fall as rain. Temperature measures hotness and coldness on scales like Fahrenheit and Celsius. A thunderstorm is a storm with lightning and thunder within a cloud and can include heavy rain and hail.
explanation text
The document discusses the process of rain formation. It begins with a general statement that rain is a primary source of freshwater that provides suitable conditions for diverse ecosystems. It then explains the water cycle process where the sun heats water on Earth's surface causing evaporation, the water vapor rises and cools in the atmosphere condensing into liquid droplets, and the droplets fall to Earth as precipitation such as rain or snow. However, not all rainfall reaches the surface as some evaporates through dry air in a phenomenon seen in hot, dry desert regions.
Weather fronts, pressure centers and storms
When warm and cold air masses collide, precipitation can occur. Cold fronts are depicted as blue lines with teeth pointing in the direction of motion on weather maps. Warm fronts are shown as red lines with bumps pointing in the direction of motion. High pressure systems usually bring nice weather while low pressure is often associated with precipitation. As a cold front moves across a region over multiple days, it can cause weather changes. Thunderstorms produce lightning and rain, and sometimes spawn tornadoes or funnel clouds. Hurricanes form over warm ocean waters and cause damage when making landfall.
Weather Fronts, Pressure Centers And Storms
When warm and cold air masses collide, precipitation can occur. Cold fronts are depicted as blue lines with teeth pointing in the direction of motion on weather maps. Warm fronts are shown as red lines with bumps pointing in the direction of motion. High pressure systems usually bring nice weather while low pressure is often associated with precipitation.
Amkera Presentation : Dark Color Version
The document discusses different types of weather including wind, lightning, storms, hurricanes, tornadoes, rain, hail and snow. It describes weather as short term changes in the atmosphere compared to climate which refers to typical weather patterns over longer periods. Key causes of different weather mentioned include varying amounts of heat from the sun in different parts of the Earth and warmer air rising. Measurement of weather factors like wind speed, direction, temperature and pressure are also summarized.
Amkera Presentation : Light Color Version
Education About Weather Presentation Template
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5th Grade Weather Review
This document provides an overview of weather and climate concepts for 5th grade students. It defines weather as the daily conditions of a specific place, while climate is the average weather conditions over a long period of time, such as 10 years. The document then covers various weather phenomena like severe weather events, cloud types, heat transfer mechanisms, the water cycle, jet streams, and the reasons for seasons. Meteorologists use tools like barometers, rain gauges, anemometers and thermometers to collect weather data.
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More from Darlington Middle School Science Magnet
Ashley ray blizzards
A blizzard is a winter storm with winds over 56 km/h, heavy snowfall, and low visibility lasting more than 3 hours. Blizzards occur when cold air interacts with regions of low and high atmospheric pressure, bringing heavy snow and strong winds that can cause whiteout conditions, sickness, damage from falling trees and power lines, and dangers from hypothermia or frostbite. The Blizzard of 1888 was one of the worst blizzards in U.S. history, dumping over 40 inches of snow with winds over 45 mph across many Northeastern states and claiming over 400 lives.
TORNADOES
Tornados are funnel-shaped clouds that touch the ground, can reach speeds up to 300 mph, and come in strength categories from F1 to F7. They form when winds at different heights blow in different directions and speeds, resulting in a funnel cloud that can demolish homes and throw people and animals miles away, causing injury or death.
Thunderstorms
Thunderstorms form when warm air mixes with cool air, causing precipitation like rain, hail, or sleet. Thunderstorms can cause damage through hail, heavy rain that results in flooding, and are accompanied by thunder and lightning. The document includes pictures of thunderstorms and discusses the key components of precipitation, hail, and rain that occur in a thunderstorm.
tornado
Tornadoes form when warm, humid air meets cooler air, causing the warm air to rise rapidly and begin to spin. The document discusses two famous tornadoes - the 1899 tornado in New Richmond, Wisconsin that was 3,000 feet long and 1,000 feet wide and killed 26 people from different families, and tornadoes can vary in size and duration, with some being more destructive than others by lifting cars, damaging property over 50 miles, and causing rain.
Hurricanes
Hurricanes are intense, rotating oceanic storms that form over warm tropical waters and can have very strong winds up to 60 mph. They require warm ocean waters, atmospheric moisture from evaporation, and wind patterns near the surface to form. Famous Hurricane Hugo in 1989 was a category 5 hurricane with 140 mph winds that caused extensive damage as it traveled from the Virgin Islands to South Carolina over two weeks, destroying homes, cars, crops, and killing many people and animals. Hurricanes can cause major damage through strong winds, heavy rain, and flooding that can take weeks or months to clean up.
Hurricanes
Hurricanes are low pressure tropical storms that form over warm ocean waters with winds of 74 mph or higher. They can be categorized from weak to strong and cause significant damage by destroying crops, buildings, and killing people and animals through high winds, flash floods, and contaminated water. Hurricane Hugo formed in September 1989 and caused $10 billion in damages as a powerful Category 5 hurricane when it hit South Carolina.
Blizzard
A blizzard forms when warm, moist air clashes with cold air, causing a thunderstorm that produces snow and high winds. Blizzards can be dangerous due to low visibility, freezing temperatures, and strong winds that cause damage and endanger lives. The worst blizzard on record was the Great Blizzard of 1888, which killed over 400 people and spanned March 11-14. A severe blizzard has temperatures below 10 degrees Fahrenheit, winds over 45 mph, visibility below 1/4 mile, and lasts at least 3 hours, with potential snowfall of 12.5 inches in 24 hours.
Blizzards
A blizzard is a snowstorm with winds over 56 km/h and temperatures below -10°C that lasts for at least 3 hours. Blizzards form when snowstorms collide with warm air and begin twisting, and they can accumulate over 3 feet of snow and cause damage like cracking roads and burying cars, which sometimes results in loss of life. Key factors for blizzards include wind speeds up to 35 mph and heavy snowfall that reduces visibility.
Tornadoes
Tornadoes form from storm clouds when hot and cold air mixes, creating a rapidly whirling funnel cloud that can touch down and cause extensive damage by ripping apart buildings, trees, cars, and homes with strong winds that vary in speed and direction with altitude. Tornadoes are rated on the Fujita scale from F1 to F5 based on the severity of damage caused, with an F5 being the most destructive.
tornados
Tornadoes are rapidly spinning funnel clouds that reach from thunderstorm clouds to the ground, causing mass destruction with winds that can send cars flying and destroy homes and buildings. They form when hot and cold air masses collide and start circulating intensely, with the force eventually producing a funnel. Some of the most destructive tornadoes include the 1953 Flint Beecher tornado in Michigan, which killed over 100 people and injured 900 with 100 mph winds that destroyed 20 homes.
Tornadoes presentation
The document summarizes tornadoes, describing their funnel shape and varying colors depending on debris. Tornadoes form from rotating thunderstorms when cold and warm air masses collide. They can rip apart buildings, uproot trees, lift animals, and destroy entire cities within minutes. Wind speeds often exceed 300 miles per hour and tornadoes cause rain, hail, and sleet. Some notable tornadoes include the 1953 Waco, Texas tornado that was a third of a mile wide and destroyed 23 miles of land.
Blizzard
A blizzard forms when warm, moist air clashes with cold air, causing a thunderstorm that produces snow and high winds. Blizzards can be dangerous due to low visibility, freezing temperatures, and strong winds that cause damage and endanger lives. The worst blizzard on record was the Great Blizzard of 1888, which killed over 400 people and spanned March 11-14. A severe blizzard has temperatures below 10 degrees Fahrenheit, winds over 45 mph, visibility below 1/4 mile, and lasts at least 3 hours, with potential snowfall of 12.5 inches in 24 hours.
Hurricane
A hurricane floods towns and cities, demolishes buildings, destroys crops, kills people and animals, and causes thousands of dollars in damage as it moves counterclockwise. It forms over warm ocean waters as thunderstorms wrap around the center, gaining heat and wind speeds up to 130 miles per hour with intense rain and humidity. Hurricane Katrina was one of the deadliest and costliest hurricanes, hitting New Orleans in 2005 and flooding the entire city.
Tornadoes
A tornado is a funnel-shaped cloud that sometimes touches the ground, destroying everything in its path. Tornadoes form from powerful thunderstorms called supercell clouds and can have wind speeds over 400 mph. They most commonly occur during the spring and summer months in parts of the United States.
Severe Weather
Hurricanes are large tropical storms with heavy winds that form over warm ocean waters. They require warm ocean temperatures of at least 79 degrees Fahrenheit, moisture from the sea evaporating into the warm air, and wind patterns near the ocean's surface that pull winds inward. Hurricanes can last up to 8 days and become very destructive at higher categories, with Category 5 being the strongest designation for a hurricane with sustained winds over 155 mph. Hurricane Katrina, a Category 5 storm, caused massive damage of over $100 million and loss of over 1,800 lives when it struck New Orleans in August 2005.
Hurricanes
A hurricane is a large, swirling storm that forms over warm ocean waters near the equator. It features high winds and heavy rain that can cause catastrophic damage. When viewed from above, a hurricane looks like a large white vortex with a clear eye at the center. Hurricanes develop from rising warm, moist air that causes surrounding air to swirl inward and feed the growing storm. As they make landfall, hurricanes can rip off roofs, destroy homes and property, and lead to flooding and loss of life.
Hurricanes
A document discusses how hurricanes form over warm ocean waters and need storm energy, how hurricanes are steered by wind currents, and details of Hurricane Katrina which hit New Orleans in 2005, caused 1836 deaths, and caused widespread flooding and infrastructure damage through broken bridges and destroyed homes.
Severe Storms
Hurricane Hugo hit Puerto Rico in the morning of September 17th, 1989 and then made landfall in South Carolina around midnight, causing significant damage as it moved through the state. Hurricanes form over warm ocean waters and contain heavy rain, strong winds that can reach 74-200 mph, and an eye of calm weather at the center. They start as tropical storms that grow stronger as heat and moisture rise within the storm system.
Hurricane Hugo
Hurricane Hugo was a powerful hurricane that hit South Carolina and other areas in 1889, destroying homes and buildings with its strong winds and heavy rain. The document describes how hurricanes form from tropical storms and develop a distinctive spiral shape with an inner eye of calm. Hurricane Hugo had maximum sustained winds of 160 miles per hour, making it a very fast and destructive storm, as recalled by the author's mother who experienced its impact in South Carolina.
Hurricanes
Hurricanes are one of nature's most destructive forces. They can cause enormous damage through wind, flooding from storm surges and heavy rain, and other hazards like mudslides. Hurricane winds can reach speeds of up to 200 miles per hour. Hurricanes form over warm ocean waters through a process where moist air rises, condenses into clouds and releases latent heat. Hurricane Katrina made landfall in Mississippi and Louisiana in August 2005, causing extensive damage and loss of life from high winds and catastrophic flooding.
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Weather
- 1. Rain, and hurricanes. Written by Zack Finnell
- 2. Today, we are going to talk about rain and hurricanes. But the first thing we are going to talk about is rain. Rain is when water goes into the air, which is called evaporation, then it will form a cloud. When the cloud gets big enough, condensation comes. And when the cloud has formed water droplets, it creates precipitation. And that’s how rain is formed. Rain and how it’s formed
- 3. Now, we are going to talk about hurricanes. A hurricane is a strong wind that is formed by the heat of the equator. Usually, the middle of the hurricane is called the eye. A hurricane has a purpose, its purpose is to change the way the land is. And to erode rocks and dirt to make hills, and new mountains. Hurricanes, and about them
- 4. This is a picture of a hurricane over a satellite. They say that they use satellites to view the weather, or to view a hurricane to see if it’s headed to us or somewhere else.
- 5. Rain makes new mountains Rain erodes a rock and takes it to other places And rain weathers rocks into sand Hurricanes make new mountains. Hurricanes erode the sand, and moves the sand. And hurricanes weather the rocks Here is the comparison of hurricanes and rainfall
- 6. Rain helps to do what Rain can do many things to help the earth, it can help the trees, and plants to grow. It can also help the earth to