Earth-Sun Relationships. Key Concepts  Insolation: The solar radiation incident on a unit horizontal surface at the top of the atmosphere.  Essentially,

Slides:



Advertisements
Similar presentations
Seasons.
Advertisements

SEASONS.
SEASONS V. Cruz.
What do you already know? The sun has the following effects on earth:
Seasons on Earth All Figures from planet.html By Diana L. Duckworth Rustburg High School Campbell County, VA.
Earth’s Motions, Solar Radiation, and the Seasons
Exercise 12 – Pg. 173 Earth – Sun Relations
SEASONS AND THE SUN PATH
Insolation Insolation = Incoming Solar Radiation Insolation In = Heat Out.
The Reason for the Seasons
Introduction to World Geography Mr. Healey
December March June September
Key Concepts What are solar and lunar eclipses? What causes the tides?
Equinoxes, Solstices, Insolation, and the Analemma
The Sun, Seasons and Weather
Choose a category. You will be given the answer. You must give the correct question. Click to begin.
Earth-Sun Relationship. 00 0  latitude – Equator 0  longitude – Prime Meridian (has no affect on climate)
Earth-Moon-Sun Cycles. Cycle # 1 Day and Night Day  Night  Day  Night.
Earth-Sun Relationships (How does one affect the other?)
24.2 Sun and Seasons
Seasons. What Causes Seasons? Seasons are caused by the tilt of the earth’s axis as it moves around the sun. Seasons happen because the Earth is tilted.
Earth’s Seasons. Rotation 1.The imaginary line that passes through Earth’s center and the North and South poles is called Earth’s axis. 2.Earth spinning.
Why do we have day and night?. Earth’s rotation  The Earth rotates on its axis (imaginary vertical line around which Earth spins) every 23 hours & 56.
Earth/Sun Relationship. Temperature The condition of the atmosphere at a given place and time.
Lab # 9 pg 179 Earth – Sun Relations. Weather ► The state of the atmosphere at a particular place for a short period of time. ► Described by measuring.
What causes seasons? The tilt of the Earth on its axis The 23.5° tilt is caused by the interaction between the Moon and the Earth.
Seasons on Earth Two reasons the Earth has seasons: 23.5 degree tilt
Earth’s Tilt.
How does the Earth move in space? What causes the cycle of the seasons on Earth?
The Seasons The Tropic of Cancer is a line of latitude.
Earth, Sun, Moon and the Seasons Topic 4 and 6 Discussion Question Review Question.
Earth-Sun Relationships. Earth The Sun Star that is 93 million miles away from earth.
Concept Map. This affects the angle of the Sun’s rays and the length of the daylight hours.
Earth-Sun Relationships The Reasons for the Seasons.
Earth-Sun Relationships The Reasons for the Seasons.
Motions of the Solar System. Earth’s Motions Earth has Three Motions 1. Daily 2. Yearly 3. Cyclic.
Climates, Seasons, & Days
Climatic System Energy Budget, Energy Flow, Spatial Variation Angle of Solar Insolation.
Malaria Season beginning end.
Reason for Seasons Aim: How does the tilt of Earth’s axis and Earth’s movement cause seasons?
Earth-Sun Relationships The Reasons for the Seasons.
Aim: What are some of the results of Earth’s Motions? I. Earth’s Motions A. Rotation (Spinning) 1. Day and Night Why does the sun rise in the east and.
The Seasons We experience Seasons because the Earth does not receive the same amount of solar radiation at all times. When the Northern Hemisphere is tilted.
Earth in Space EARTH, THE SUN, AND THE SEASONS. Earth, the Sun, and the Seasons  Why is Earth colder in winter than in the summer?  Not because Earth.
Earth-Sun Relationships The Reasons for the Seasons.
THE SEASONS. WHAT DO YOU KNOW? In small groups, answer the following questions on large chart paper… –What are the names of our seasons? –Why do we have.
Warm -Up Quick Write: (2 min.) Quick Write: (2 min.) What can you tell me about the seasons? What can you tell me about the seasons? –What are they called?
 What features does the Earth possess that distinguishes it from other planets?  How does Earth’s axial tilt cause seasons?  What causes the daily.
REASONS FOR THE SEASONS
Seasons.
Aim: Why do we experience the seasons?
The Reason for the Seasons
Insolation Insolation = Incoming Solar Radiation Energy in = Energy out or, Insolation In = Heat Out (Earth only emits heat)
Seasons Why do we have them?.
Day and Night World Map.
Earth-Sun Relationship
Astronomy Vocabulary Mr. Ahearn 2013.
Earth-Sun Relationships
Earth, Sun, Moon System Next Generation Science Standards.
Sun-Earth System.
Aim: Why do we get seasons?
REASONS FOR THE SEASONS
The Seasons The Tropic of Cancer is a line of latitude.
Earth’s Tilt.
Table of Contents Title: Natural Time Periods Page #: 15
Seasons.
Physical Earth- Earth/Sun Relationships
Seasons.
Why do we have seasons?.
Presentation transcript:

Earth-Sun Relationships

Key Concepts  Insolation: The solar radiation incident on a unit horizontal surface at the top of the atmosphere.  Essentially, the incoming solar radiation that reaches the earth and the atmosphere.  Two factors that determine the amount of solar insolation depending on the season and its progression are intensity and duration.  Intensity of the sun’s ray: this depends on the tilt of the earth’s axis and the point at which the earth is intercepting the sun’s rays.  Duration of daily insolation (the day’s length): This depends on where the circle of the sun’s light is intersecting with the earth’s latitude band.

Key Concepts  Zenith is the point directly overhead.  Intensity is greatest at any spot on earth when the sun is closest to the zenith.

Equinox and Solstice  The equinox occurs twice a year and is a day in which the sun crosses the equator and day and night span a fairly equal amount of time, all across the globe.  The solstice occurs twice a year, the summer solstice in the Northern Hemisphere occurs about June 21, when the sun is in the zenith at the tropic of Cancer, and is the longest day of the year. The winter solstice occurs about December 21, when the sun is in the zenith at the tropic of Capricorn, and is the shortest day of the year.

Vernal Equinox

June Solstice  During the June solstice the Northern Hemisphere receives more sunlight than the Southern Hemisphere  This Solstice marks the beginning of summer in the Northern Hemisphere and is the longest day of the year

Autumnal Equinox

December Solstice  During the December solstice the Southern Hemisphere receives more sunlight than the Northern Hemisphere  This solstice marks the beginning of the winter in the northern hemisphere and is the shortest day of the year

In Action... How Equinox's Work - Beyond Our Earth

Quiz Time! Q1: What portion of the earth receives 24 hours of darkness during the June Solstice? A – The Arctic circle B – The equator C – The Antarctic circle

Q2: At what time of the year does the vernal equinox occur in the Northern Hemisphere? A – Spring B – Summer C – Fall D -- Winter

Q3: During the December solstice what in the day is effected? A – It is the shortest day of the year B – It is the longest day of the year C – It is equal day and night

Q4: Where is the Sun’s light hitting the Earth most during Equinox? A – The tropic of Cancer B – The tropic of Capricorn C – The Equator

Critical Thinking... Q5: During the June solstice if the sun’s insolation is greatest in the tropic of cancer, what season is it in Brazil? Work with your group to write a response and give evidence for your answer.