Science 10 – The Sun Distributing the Heat

Slides:

Advertisements

Similar presentations

Standard and Essential Question

Advertisements

Solar Energy Solar energy is the source of most of Earth’s heat on land, in the oceans and in the atmosphere. When solar energy interacts with air, soil.

The Earth Distance from Sun 149,669,000km

Solar Radiation: The driving factor Radiation (energy transmitted as waves, rays and particles) released, absorbed & reflected by all things travels as.

Solar Radiation and Energy Balance Unit 3: Weather and Climate Geo 12 Ms. Thind.

The Greenhouse Effect. What controls climate? Energy from the Sun – Radiation! Consider the 4 inner planets of the solar system: SUN 342 W m W.

MILANK OVITCH cycles. What are the Milankovitch Cycles They are a series of theoretical cycles presented by Yugoslav Astronomer Milutin Milankovitch that.

Energy Balance and Circulation Systems. 2 of 12 Importance Energy from Sun (Energy Budget) –“Drives” Earth’s Atmosphere  Creates Circulation Circulation.

Sun Controls Earth’s Climate System Earth has a global climate system that includes air, land, liquid water, ice, and living things.climate system The.

SPATIAL SENSE Seasons. WORD ATTACK  Earth’s tilt  axis of rotation  orbit  phases  revolution  reflection.

Factors That Affect Climate

 What is your view on climate change? Write down either: What you believe about climate change What you have heard someone say about climate change 

Physics of Planetary Climate Cors221: Physics in Everyday Life Fall 2010 Module 3 Lecture 3: Seasons.

Science 3360 Lecture 5: The Climate System

Earth and Space Science

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 p.p. 481 – 482 & Nearly all energy that drives our weather and climate on Earth comes from the Sun Earth only absorbs.

Climate How does it shape the environment?. What is climate? It is the average, year-after-year conditions of temperature and precipitation in a particular.

Earth and Space Science TEK 14 a 14) Fluid Earth. The student knows that Earth’s global ocean stores solar energy and is a major driving force for weather.

Climate and the Seasons

Balance of Energy on Earth Yumna Sarah Maria. The global energy balance is the balance between incoming energy from the sun and outgoing heat from the.

Solar Radiation: The driving factor Radiative Energy (energy transmitted as waves, rays and particles) released, absorbed & reflected by all things travels.

2.2 The Sun provides energy to the Earth system. Sun’s solar energy Sun’s solar energy can be absorbed or reflected.

10.3 Distributing the Heat p Energy from the sun radiates to the Earth and is absorbed unequally on the planet.

The Earth’s Orbit and Climate

Solar Radiation: The driving factor

8.10 Feedback Loops and Climate

Climate and the Seasons

Powering Earth’s Climate

Climate: Earth’s Dynamic Equilibrium

Science 9 Review for the Climate Change

Seasons of Change 22 September 2014.

The Earth’s Orbit and Climate

Past Climates - the mechanisms

7.1: The Earth’s Role in our Solar System

What Causes an Ice Age?.

Name:____________ Class____________ Date__________

Earth-Sun Relationships

Global Climates and Biomes

Why are the Humid tropics located where they are?

What Causes an Ice Age?.

QUIZ 3 #1. What does this represent? Incoming shortwave

Chapter 17.3 Temperature Controls.

The Atmosphere Atmosphere Composition - 76% Nitrogen - 23% Oxygen

Earth’s Energy Budget.

The Earth Distance from Sun 149,669,000km

2.1 Energy Relationships and the Biosphere

1. How does sunlight change as it is absorbed. A. It becomes heat. B

Patterns of Air and Ocean Currents

The Earth’s Orbit and Climate

Energy transfer in the atmosphere

Ch. 4.1 The Role of Climate.

Climate Change.

Sun Earth Sun: shortwave radiation Earth: longwave radiation.

Earth’s Climate System

Energy from the Sun.

Day and Night Rotation of the Earth.

Revolution vs. Rotation

15.3 energy in the atmosphere

I. Earth’s Place in Space

Energy Flow On Earth.

Trivia Question of the Day

The Ins & Outs of Solar Radiation

Lesson 51 Movement of Earth

Global Climates and Biomes

Temperature: Factors in Heating

Unit 5 Earth’s Energy Budget.

Presentation transcript:

Science 10 – The Sun Distributing the Heat Energy from the sun radiates to the Earth and is absorbed unequally on the planet.

Why do some areas absorb more radiation than others? Earth’s tilt on axis (obliquity)

Why do some areas absorb more radiation than others? The shape of the rotation around earth (eccentricity) Earth rotates around the sun in an oval shape

Why do some areas absorb more radiation than others? Earth’s movement over 24 hours is pointing towards the north star at 23.5 degrees (precession)

Why do some areas absorb more radiation than others? The angle of incidence – how the sun’s radiation hits the surface of earth

What do you mean? http://www.edumedia-sciences.com/en/a62-4-seasons-2

Radiation and the Albedo effect Ice, snow, clouds reflect Darker land absorbs

Albedo These are surface albedo measurements expressed as a percent. What does it mean if the surface has a low percent albedo?

Albedo Continued

Radiation Balances

Think about it If all of the radiation that made it to earth would leave 100%, what would the climate on earth be like? http://www.edumedia-sciences.com/en/a553-greenhouse-effect What surfaces absorb most of the radiation? Are they man-made structures or are found commonly in nature? How would this play a role in understanding the climate change today?