Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles...

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Transcript of Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles...

Page 1: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 2: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 3: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 4: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 5: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 6: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 7: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces
Page 8: Science with Sullivan - Contact...poles, causing winds at Earth's surface to blow from the poles toward the equator. The movement of air between the equator and the poles pro- duces

Earth, Sun, and Moon. Physical Properties of Earth Diameter (pole to pole)12,714 km Diameter (equator)12,756 km Circumference (poles)40,008 km Circumference.

Earth, Sun, and Moon. Physical Properties of Earth Diameter (pole to pole)12,714 km Diameter (equator)12,756 km Circumference (poles)40,008 km Circumference.

bondsclasses.weebly.combondsclasses.weebly.com/uploads/1/9/7/3/19733603/oceans_ppt.pdf · equator and frigid at the poles. •Much more of the land would be unusable. Oceans - Currents.

bondsclasses.weebly.combondsclasses.weebly.com/uploads/1/9/7/3/19733603/oceans_ppt.pdf · equator and frigid at the poles. •Much more of the land would be unusable. Oceans - Currents.

Rotation period as fast as Jupiter, as well as differential rotation rates at poles and equator.

Rotation period as fast as Jupiter, as well as differential rotation rates at poles and equator.

AP Human Geography Outline · Web viewMeridian- (longitude) an arc drawn between the North and South poles. Parallel- (latitude) a circle drawn around the globe parallel to equator

AP Human Geography Outline · Web viewMeridian- (longitude) an arc drawn between the North and South poles. Parallel- (latitude) a circle drawn around the globe parallel to equator

Earth’s Shape and Size Unit 1. The Earth’s Shape Earth’s shape is nearly spherical (Oblate Spheroid) It is flattened at the poles and bulging at the equator.

Earth’s Shape and Size Unit 1. The Earth’s Shape Earth’s shape is nearly spherical (Oblate Spheroid) It is flattened at the poles and bulging at the equator.

Oceanography & Climate Synthesis Question: If all of the oceans currents changed direction, would they then heat the equator and cool the poles?

Oceanography & Climate Synthesis Question: If all of the oceans currents changed direction, would they then heat the equator and cool the poles?

Chapter 5 Weather. Solar Radiation Temperature Changes with Latitude Like equator Like at poles.

Chapter 5 Weather. Solar Radiation Temperature Changes with Latitude Like equator Like at poles.

The Earth. Earth’s Shape Earth is an oblate spheroid, slightly flattened at the poles and bulging a little at the equator From outer space, Earth looks.

The Earth. Earth’s Shape Earth is an oblate spheroid, slightly flattened at the poles and bulging a little at the equator From outer space, Earth looks.

sunrise.edu.sasunrise.edu.sa/wordpress/wp-content/uploads/2019/12… · Web viewFill in the blanks with the right word. poles Cold two equator The ----- is an imaginary line that

sunrise.edu.sasunrise.edu.sa/wordpress/wp-content/uploads/2019/12… · Web viewFill in the blanks with the right word. poles Cold two equator The ----- is an imaginary line that

Ocean Currents. Why is Ocean Circulation Important? Transport heat Equator to poles Transport nutrients and organisms Influences weather and climate Influences.

Ocean Currents. Why is Ocean Circulation Important? Transport heat Equator to poles Transport nutrients and organisms Influences weather and climate Influences.

UNIT 1: EARTH’S SYSTEMS AND RESOURCES...Earth’s surface is heated unevenly Sun’s rays strike the equator directly year long, but the rays heat the N and S poles at an angle (poles

UNIT 1: EARTH’S SYSTEMS AND RESOURCES...Earth’s surface is heated unevenly Sun’s rays strike the equator directly year long, but the rays heat the N and S poles at an angle (poles

burtonaphg.weebly.com · 2019-09-29 · Meridians get closer together with increasing distance from the equator, and finally converge at the poles. Parallels and meridians meet at

burtonaphg.weebly.com · 2019-09-29 · Meridians get closer together with increasing distance from the equator, and finally converge at the poles. Parallels and meridians meet at

The Earth © Lisa Michalek. Earth’s Shape Earth is an oblate spheroid, slightly flattened at the poles and bulging a little at the equator. From outer.

The Earth © Lisa Michalek. Earth’s Shape Earth is an oblate spheroid, slightly flattened at the poles and bulging a little at the equator. From outer.

Dimensions of the Earth. Shape and Composition of the Earth POLES: slightly flattened EQUATOR: slightly bulging The Earth is composed of a series of spheres.

Dimensions of the Earth. Shape and Composition of the Earth POLES: slightly flattened EQUATOR: slightly bulging The Earth is composed of a series of spheres.

UNIT 2: Heating of the atmosphere€¦ · at the Earth’s surface as you move from the Equator to the poles? • A decrease in insolation as you move from the equator to the poles.

UNIT 2: Heating of the atmosphere€¦ · at the Earth’s surface as you move from the Equator to the poles? • A decrease in insolation as you move from the equator to the poles.

Ocean Currents. Why is Ocean Circulation Important? Transport ~ 20% of latitudinal heat –Equator to poles Transport nutrients and organisms Influences.

Ocean Currents. Why is Ocean Circulation Important? Transport ~ 20% of latitudinal heat –Equator to poles Transport nutrients and organisms Influences.

The Sun. OUR STAR 34 Earth days to rotate at Poles 25 Earth days to rotate at Equator.

The Sun. OUR STAR 34 Earth days to rotate at Poles 25 Earth days to rotate at Equator.

Lecture 2 Air Motions on Earth Ito’s show. 1. Pressure-gradient force: While the equator and the poles represent major areas of air pressure differences,

Lecture 2 Air Motions on Earth Ito’s show. 1. Pressure-gradient force: While the equator and the poles represent major areas of air pressure differences,

Following Rapoport's Rule: the geographic range and genome size …fiererlab.org/wp-content/uploads/2017/07/Lear_etal_InPress_EnvMicro.pdf · from the poles towards the equator is

Following Rapoport's Rule: the geographic range and genome size …fiererlab.org/wp-content/uploads/2017/07/Lear_etal_InPress_EnvMicro.pdf · from the poles towards the equator is

Motion in the Ocean. Ocean Currents Warm currents flow AWAY from the equator and towards the poles Cold currents flow TOWARDS the equator from the poles.

Motion in the Ocean. Ocean Currents Warm currents flow AWAY from the equator and towards the poles Cold currents flow TOWARDS the equator from the poles.