Test and answer key
... 36. In our solar system, which of the following planets is not a member of the Jovian group? A *Mars B Saturn C Neptune D Jupiter 37. The Jovian planets have high masses and hence generate powerful gravitational fields, yet they have low average densities. What does this indicate about their interio ...
... 36. In our solar system, which of the following planets is not a member of the Jovian group? A *Mars B Saturn C Neptune D Jupiter 37. The Jovian planets have high masses and hence generate powerful gravitational fields, yet they have low average densities. What does this indicate about their interio ...
The Earth as a System - rinzer-ray
... 3. Vote on the best interactions and record them on a sheet of paper. 4. Write everyone’s name in group on paper. 5. Each group will get assigned an interaction to place on the projector. ...
... 3. Vote on the best interactions and record them on a sheet of paper. 4. Write everyone’s name in group on paper. 5. Each group will get assigned an interaction to place on the projector. ...
ACTIVITY The Atmosphere in the Vertical
... of the lower portion of what is called the Standard Atmosphere. The Standard Atmosphere describes average conditions of the atmosphere in the vertical. The portion of the Standard Atmosphere from the surface to 11 km depicts the lowest layer of the atmosphere, called the ___________, or "weather lay ...
... of the lower portion of what is called the Standard Atmosphere. The Standard Atmosphere describes average conditions of the atmosphere in the vertical. The portion of the Standard Atmosphere from the surface to 11 km depicts the lowest layer of the atmosphere, called the ___________, or "weather lay ...
Atmosphere
... • The flame has higher temperature, but less heat, because the hot region is very small. • The bathtub has lower temperature but contains much more heat because it has many more vibrating atoms. The bathtub has greater total energy ...
... • The flame has higher temperature, but less heat, because the hot region is very small. • The bathtub has lower temperature but contains much more heat because it has many more vibrating atoms. The bathtub has greater total energy ...
The Important Nutrient Nitrogen
... The calculations show that in the 1980s there may have been an increased organic carbon flux from the atmosphere to the oceanic environment of about 200 million tons of carbon per year (Figure 12), which is buried in marine sediments. This flux takes from the atmosphere about 3% of the increase occu ...
... The calculations show that in the 1980s there may have been an increased organic carbon flux from the atmosphere to the oceanic environment of about 200 million tons of carbon per year (Figure 12), which is buried in marine sediments. This flux takes from the atmosphere about 3% of the increase occu ...
“I Can” Statement Template
... The air masses stay near each other and bring many days of cloudy wet weather. 30. Draw and Describe what happens at an occluded front. ...
... The air masses stay near each other and bring many days of cloudy wet weather. 30. Draw and Describe what happens at an occluded front. ...
Lecture 20
... early in its history when the Sun was less bright. However, Mars had another serious problem: Mars is only ~1/9th of Earth’s mass. Thus, its interior cooled more rapidly than Earth’s, and widespread volcanism ceased a long time ago. Without volcanism, there was no mechanism for recycling CO2, so CO2 ...
... early in its history when the Sun was less bright. However, Mars had another serious problem: Mars is only ~1/9th of Earth’s mass. Thus, its interior cooled more rapidly than Earth’s, and widespread volcanism ceased a long time ago. Without volcanism, there was no mechanism for recycling CO2, so CO2 ...
December 2015 - Hermanus Astronomy
... their understanding of sub-atomic physics without the need for ever more complex, technically demanding and expensive particle accelerators. South Africa is proving to be central to this work. The fact that pulsars (rapidly rotating neutron stars) structures emit radiation at radio frequencies means ...
... their understanding of sub-atomic physics without the need for ever more complex, technically demanding and expensive particle accelerators. South Africa is proving to be central to this work. The fact that pulsars (rapidly rotating neutron stars) structures emit radiation at radio frequencies means ...
169KB - NZQA
... of the stratosphere the thin air may attain temperatures close to 0°C or 270K. This rise in temperature is caused by the absorption of ultraviolet (UV) radiation from the Sun by the ozone layer. Such a temperature profile creates very stable atmospheric conditions. The mesosphere has the coldest tem ...
... of the stratosphere the thin air may attain temperatures close to 0°C or 270K. This rise in temperature is caused by the absorption of ultraviolet (UV) radiation from the Sun by the ozone layer. Such a temperature profile creates very stable atmospheric conditions. The mesosphere has the coldest tem ...
264KB - NZQA
... of the stratosphere the thin air may attain temperatures close to 0°C or 270K. This rise in temperature is caused by the absorption of ultraviolet (UV) radiation from the Sun by the ozone layer. Such a temperature profile creates very stable atmospheric conditions. The mesosphere has the coldest tem ...
... of the stratosphere the thin air may attain temperatures close to 0°C or 270K. This rise in temperature is caused by the absorption of ultraviolet (UV) radiation from the Sun by the ozone layer. Such a temperature profile creates very stable atmospheric conditions. The mesosphere has the coldest tem ...
Across 2. a slightly cooler region on the surface of the sun, caused
... 127. constellation we call "the scorpion" 129. the type of asteroids that are the most rocky ones 130. the "north star" 131. what happens to light when a star is moving away from us quickly 132. the cause of the seasons on Earth 136. this star's name is latin for "female warrior" 141. what the sun d ...
... 127. constellation we call "the scorpion" 129. the type of asteroids that are the most rocky ones 130. the "north star" 131. what happens to light when a star is moving away from us quickly 132. the cause of the seasons on Earth 136. this star's name is latin for "female warrior" 141. what the sun d ...
November 2014 - Hermanus Astronomy
... Another theory arising from recent data analysis suggests this region formed as a result of churning deep in the interior of the Moon that led to a high concentration of heat-producing radioactive elements in the crust and mantle of this region. Scientists studied the gradients in gravity data from ...
... Another theory arising from recent data analysis suggests this region formed as a result of churning deep in the interior of the Moon that led to a high concentration of heat-producing radioactive elements in the crust and mantle of this region. Scientists studied the gradients in gravity data from ...
3/r -- this talks about the surface area vs the volume of a planet
... seismic waves - vibrations that travel through the earth’s interior that tell us what earth is like on the inside P waves go through the earths core but S waves don’t. thus we can conclude that the earth’s core must have a liquid outer layer. earths interior core - highest density - made of nickel a ...
... seismic waves - vibrations that travel through the earth’s interior that tell us what earth is like on the inside P waves go through the earths core but S waves don’t. thus we can conclude that the earth’s core must have a liquid outer layer. earths interior core - highest density - made of nickel a ...
- Europhysics News
... the planets formed in this region – the “terrestrial”, or “rocky” planets – were dense but small in size. In contrast, at larger distances from the Sun where the temperature was lower than about 200 K, the more abundant elements (oxygen, carbon and nitrogen) could be incorporated in solid nuclei in ...
... the planets formed in this region – the “terrestrial”, or “rocky” planets – were dense but small in size. In contrast, at larger distances from the Sun where the temperature was lower than about 200 K, the more abundant elements (oxygen, carbon and nitrogen) could be incorporated in solid nuclei in ...
PowerPoint. - teachearthscience.org
... The colored bands in the atmosphere run parallel to the equator and are due to layered clouds of water, methane, ammonia and other organic compounds. ...
... The colored bands in the atmosphere run parallel to the equator and are due to layered clouds of water, methane, ammonia and other organic compounds. ...
the solar system and the universe
... planet appeared to be a gas giant like Jupiter. Astronomers were amazed to discover the planet orbiting so closely to its star that one orbit took only four days (Jupiter’s orbit takes twelve years!) This illustrated that exoplanets are quite different to those in our Solar System, and prompted much ...
... planet appeared to be a gas giant like Jupiter. Astronomers were amazed to discover the planet orbiting so closely to its star that one orbit took only four days (Jupiter’s orbit takes twelve years!) This illustrated that exoplanets are quite different to those in our Solar System, and prompted much ...
Module 14 The Earth`s Atmosphere
... The atmosphere is primarily composed of nitrogen (N2, 78%), oxygen (O2, 21%), and argon (Ar, 1%). A myriad of other very influential components are also present which include the "greenhouse" gases or ozone (0 - 0.01%), carbon dioxide (CO2, 0.033%). (Refer to Table) The atmosphere extends from the ...
... The atmosphere is primarily composed of nitrogen (N2, 78%), oxygen (O2, 21%), and argon (Ar, 1%). A myriad of other very influential components are also present which include the "greenhouse" gases or ozone (0 - 0.01%), carbon dioxide (CO2, 0.033%). (Refer to Table) The atmosphere extends from the ...
File - Science Partnership
... The colored bands in the atmosphere run parallel to the equator and are due to layered clouds of water, methane, ammonia and other organic compounds. ...
... The colored bands in the atmosphere run parallel to the equator and are due to layered clouds of water, methane, ammonia and other organic compounds. ...
atm.moisture
... Why does the air cool as you climb a mountain? Why are hurricanes so powerful ? Heat convection vs. conduction Atmospheric lapse rate Pressure as a function of altitude Convection in a dry vs. wet atmosphere Atmospheric heat transport Moist convection and CISK ...
... Why does the air cool as you climb a mountain? Why are hurricanes so powerful ? Heat convection vs. conduction Atmospheric lapse rate Pressure as a function of altitude Convection in a dry vs. wet atmosphere Atmospheric heat transport Moist convection and CISK ...
Unit C, Chapter 3, Lesson 2
... Local Winds The Earth’s surface is heated ______unevenly_________. Which is heavier, cold or warm air? Cold air The upward movement of warm air in the atmosphere produces _____updrafts__________. Air moves from high pressure areas to areas of lower pressure. This horizontal movement of air is called ...
... Local Winds The Earth’s surface is heated ______unevenly_________. Which is heavier, cold or warm air? Cold air The upward movement of warm air in the atmosphere produces _____updrafts__________. Air moves from high pressure areas to areas of lower pressure. This horizontal movement of air is called ...
About Neptune - COSTA VERDE production
... Neptune has a faint planetary ring system of unknown composition and 13 known moons. It mainly consists of about 80 % hydrogen (H2), about 19 % helium (He) and about 1.5 % methane (CH4). Neptune is as 'ice giant' the fourth of the gas giants (see Uranus). ...
... Neptune has a faint planetary ring system of unknown composition and 13 known moons. It mainly consists of about 80 % hydrogen (H2), about 19 % helium (He) and about 1.5 % methane (CH4). Neptune is as 'ice giant' the fourth of the gas giants (see Uranus). ...
Seeing Through the Clouds of Venus
... • The heat received by a planet from the sun continually increases with time. • The ‘habitable zone’ moves farther away from the star with time. • A planet that was once in the habitable zone at one time may become too hot later This may have happened to Venus ...
... • The heat received by a planet from the sun continually increases with time. • The ‘habitable zone’ moves farther away from the star with time. • A planet that was once in the habitable zone at one time may become too hot later This may have happened to Venus ...
Worksheet
... II. Completion. Complete the sentences with the words from the box. Be aware that one word is not used: air Coriolis effect stratus water cycle stratosphere rain ai pressure 11. The three main types of clouds are cumulus, cirrus and ______________. 12. The most common type of precipitation is _____ ...
... II. Completion. Complete the sentences with the words from the box. Be aware that one word is not used: air Coriolis effect stratus water cycle stratosphere rain ai pressure 11. The three main types of clouds are cumulus, cirrus and ______________. 12. The most common type of precipitation is _____ ...
g104_class14_atmospheric circulation
... counter-clockwise or cyclonic rotation around a low in the northern hemisphere ...
... counter-clockwise or cyclonic rotation around a low in the northern hemisphere ...