Our Solar System - s3.amazonaws.com
... This collapse and spin results in a flattening at the equatorial plane ...
... This collapse and spin results in a flattening at the equatorial plane ...
Directed Reading 27.1 Section: Formation of the Solar System
... _____ 4. Laplace’s hypothesis states that the sun and the planets condensed at about the same time out of a rotating cloud of dust and gas called a a. planet. b. nebula. c. supernova. d. solar system. _____ 5. The rotating cloud of dust and gas from which our solar system is thought to have formed i ...
... _____ 4. Laplace’s hypothesis states that the sun and the planets condensed at about the same time out of a rotating cloud of dust and gas called a a. planet. b. nebula. c. supernova. d. solar system. _____ 5. The rotating cloud of dust and gas from which our solar system is thought to have formed i ...
Directed Reading
... _____ 4. Laplace’s hypothesis states that the sun and the planets condensed at about the same time out of a rotating cloud of dust and gas called a a. planet. b. nebula. c. supernova. d. solar system. _____ 5. The rotating cloud of dust and gas from which our solar system is thought to have formed i ...
... _____ 4. Laplace’s hypothesis states that the sun and the planets condensed at about the same time out of a rotating cloud of dust and gas called a a. planet. b. nebula. c. supernova. d. solar system. _____ 5. The rotating cloud of dust and gas from which our solar system is thought to have formed i ...
Unit 2 -- Our Solar System
... 4. Heavier materials combined closer to the sun to form the terrestrial planets. 5. Lighter materials combined further out to form the gas giants ...
... 4. Heavier materials combined closer to the sun to form the terrestrial planets. 5. Lighter materials combined further out to form the gas giants ...
Earth`s Structure and Motion
... Cloud of gas and dust rotating slowly Rotation speed increased Material gathered to its center ...
... Cloud of gas and dust rotating slowly Rotation speed increased Material gathered to its center ...
Hofmann Talk - UCSD Department of Physics
... reference data set with all original observations - Outlier test by ratio residuals/accuracy of residuals (not in every iteration) - Iterative process (ephemeris integration parameter estimation) - Output • NP residuals • Correlation matrix • Corrections to the parameters + uncertainties ...
... reference data set with all original observations - Outlier test by ratio residuals/accuracy of residuals (not in every iteration) - Iterative process (ephemeris integration parameter estimation) - Output • NP residuals • Correlation matrix • Corrections to the parameters + uncertainties ...
Earth/Space Science Final Assessment Study Guide
... A. What causes day and night? • What causes day and night? (Earth rotating on its axis) • When does day occur? (When the sun strikes that part of the Earth) • When does night occur? (When the sun is on the opposite side of Earth) • What direction does the Earth rotate? (Counterclockwise) • How long ...
... A. What causes day and night? • What causes day and night? (Earth rotating on its axis) • When does day occur? (When the sun strikes that part of the Earth) • When does night occur? (When the sun is on the opposite side of Earth) • What direction does the Earth rotate? (Counterclockwise) • How long ...
Earth/Space Science Final Assessment Study Guide
... Sun- medium sized star that shines on the Earth Axis- imaginary line that passes through the North and South Poles tilted at 23.5 degrees Rotation- spinning on an axis Counterclockwise- direction the Earth rotates and the moon and Earth revolve Revolution- To move in a curved path around something. ...
... Sun- medium sized star that shines on the Earth Axis- imaginary line that passes through the North and South Poles tilted at 23.5 degrees Rotation- spinning on an axis Counterclockwise- direction the Earth rotates and the moon and Earth revolve Revolution- To move in a curved path around something. ...
Lecture 5 Motions of the Planets
... no shadow in one location at noon on a certain day, while shadow is never shorter than 7 deg at the same time 5000 "stades" north – vertical not same direction in different places (Earth curved) ...
... no shadow in one location at noon on a certain day, while shadow is never shorter than 7 deg at the same time 5000 "stades" north – vertical not same direction in different places (Earth curved) ...
Ch10CTa
... masses, Fnet,ext= MtotAcm . Since the net external force on the two masses is zero, the acceleration of the center-of-mass must be zero. ...
... masses, Fnet,ext= MtotAcm . Since the net external force on the two masses is zero, the acceleration of the center-of-mass must be zero. ...
Solar System
... spinning clouds that trap surface heat, creating a scorched greenhouse-like world with temperatures hot enough to melt lead and pressure so intense that standing on Venus would feel like the pressure felt 900 meters deep in Earth’s oceans. ...
... spinning clouds that trap surface heat, creating a scorched greenhouse-like world with temperatures hot enough to melt lead and pressure so intense that standing on Venus would feel like the pressure felt 900 meters deep in Earth’s oceans. ...
Module 4: Astronomy – The Solar System
... canyons. Other than Earth, Mars is the only other terrestrial planet to have a natural satellite. Mars has two moons that are named Phobos and Deimos. These moons are considered to be captured asteroids, rather than natural moons. Mars is an extremely volcanic planet, and the largest volcano is call ...
... canyons. Other than Earth, Mars is the only other terrestrial planet to have a natural satellite. Mars has two moons that are named Phobos and Deimos. These moons are considered to be captured asteroids, rather than natural moons. Mars is an extremely volcanic planet, and the largest volcano is call ...
I. Comparing the Sizes of the Sun, Earth, Moon and Jupiter
... II. Comparing Earth size to other Universe Components When examining universe components and their sizes, scientists use the Earth size as a frame of reference instead of the sun due to its enormous size. Scientists question how many times bigger or smaller is a given object in space when compared t ...
... II. Comparing Earth size to other Universe Components When examining universe components and their sizes, scientists use the Earth size as a frame of reference instead of the sun due to its enormous size. Scientists question how many times bigger or smaller is a given object in space when compared t ...
PS Astronomy Notes part 5 (1/20, 2 pages, PDF)
... largest, heaviest and most dense. The further from the sun the longer its _______ (or time to complete one ________). Mercury’s year is 88 Earth days long; Venus, 225; Earth, 365, Mars, 687. Each planet also spins, or ____________, on its own axis. The amount of time this takes is called the planet’ ...
... largest, heaviest and most dense. The further from the sun the longer its _______ (or time to complete one ________). Mercury’s year is 88 Earth days long; Venus, 225; Earth, 365, Mars, 687. Each planet also spins, or ____________, on its own axis. The amount of time this takes is called the planet’ ...
Gravitational interaction of extended objects
... The concept of gravitational fields Gravitation sort of an action-at-a-distance interaction - there is no direct pushing or pulling mechanism - one mass modify the space surrounding it, the other mass is influenced by this modified space concept of: gravitational field - calculating the gravitation ...
... The concept of gravitational fields Gravitation sort of an action-at-a-distance interaction - there is no direct pushing or pulling mechanism - one mass modify the space surrounding it, the other mass is influenced by this modified space concept of: gravitational field - calculating the gravitation ...
planets - Personal.psu.edu
... Mercury much less well understood: • Formed about 4.6 billion years ago • Melted due to bombardment, cooled slowly • Shrank, crumpling crust ...
... Mercury much less well understood: • Formed about 4.6 billion years ago • Melted due to bombardment, cooled slowly • Shrank, crumpling crust ...
![SCI-4 Exam [E-1NGXKV] Mil - 4th](http://s1.studyres.com/store/data/015652766_1-f89976bafab0c2f009baffce0072dfb2-300x300.png)
SCI-4 Exam [E-1NGXKV] Mil - 4th
... Place each moon phase in the position that would make the order correct. ...
... Place each moon phase in the position that would make the order correct. ...
Sun, Earth, Moon
... Draw a picture of the Earth in the middle of the board. Explain that the Moon revolves around the Earth, and then add it to the drawing. Now explain that both the Earth and the Moon revolve around the Sun. Draw this on the board as well. Invite three children to come to the front of the class. Expla ...
... Draw a picture of the Earth in the middle of the board. Explain that the Moon revolves around the Earth, and then add it to the drawing. Now explain that both the Earth and the Moon revolve around the Sun. Draw this on the board as well. Invite three children to come to the front of the class. Expla ...
gravity and keplers laws
... was largely ignored and his theories considered implausible. Worse than this, they were in contradiction with scripture, and the church was liable to punish any who supported Copernicus’ views. About a century later his supporter Galileo was interviewed by the Inquisition and put under house arrest ...
... was largely ignored and his theories considered implausible. Worse than this, they were in contradiction with scripture, and the church was liable to punish any who supported Copernicus’ views. About a century later his supporter Galileo was interviewed by the Inquisition and put under house arrest ...
Exploring the Solar System
... smaller then Earth would make a human weigh less. • The Sun is the only star in our solar system • Our solar system is part of a galaxy called the Milky Way Galaxy • There are an infinite number of galaxies that make up the universe • There may be other planets in other galaxies in the universe that ...
... smaller then Earth would make a human weigh less. • The Sun is the only star in our solar system • Our solar system is part of a galaxy called the Milky Way Galaxy • There are an infinite number of galaxies that make up the universe • There may be other planets in other galaxies in the universe that ...
CHAPTER 26
... • USED TO FIND MEAN DISTANCE TO SUN IF PERIOD IS KNOWN OR TO FIND PERIOD (ORBIT DISTANCE) IF DISTANCE IS KNOWN – FARTHER FROM SUN = LONGER PERIOD – FARTHER FROM SUN = SLOWER MOVING ...
... • USED TO FIND MEAN DISTANCE TO SUN IF PERIOD IS KNOWN OR TO FIND PERIOD (ORBIT DISTANCE) IF DISTANCE IS KNOWN – FARTHER FROM SUN = LONGER PERIOD – FARTHER FROM SUN = SLOWER MOVING ...
Meter-Stick Solar System
... On 10 slips of post-it draw an arrow and write the name of a solar system body (listed below). Place a post-it slip on the meter stick at the distance of each planet. After determining the distance of the planets’ orbits to scale, look up the actual distance online. Solar System Body ...
... On 10 slips of post-it draw an arrow and write the name of a solar system body (listed below). Place a post-it slip on the meter stick at the distance of each planet. After determining the distance of the planets’ orbits to scale, look up the actual distance online. Solar System Body ...
Review sheet for Solar System Test
... 4. What are the two factors that combine to keep the planets in orbit? GRAVITY AND INERTIA 5. What is the tendency of a moving object to continue moving in a straight line or a stationary object to remain in place? INERTIA 6. Each planet and its moons form a SYSTEM 7. Scientists believe there is eno ...
... 4. What are the two factors that combine to keep the planets in orbit? GRAVITY AND INERTIA 5. What is the tendency of a moving object to continue moving in a straight line or a stationary object to remain in place? INERTIA 6. Each planet and its moons form a SYSTEM 7. Scientists believe there is eno ...
Earth's rotation
Earth's rotation is the rotation of the planet Earth around its own axis. The Earth rotates from the west towards east. As viewed from North Star or polestar Polaris, the Earth turns counter-clockwise.The North Pole, also known as the Geographic North Pole or Terrestrial North Pole, is the point in the Northern Hemisphere where the Earth's axis of rotation meets its surface. This point is distinct from the Earth's North Magnetic Pole. The South Pole is the other point where the Earth's axis of rotation intersects its surface, in Antarctica.The Earth rotates once in about 24 hours with respect to the sun and once every 23 hours 56 minutes and 4 seconds with respect to the stars (see below). Earth's rotation is slowing slightly with time; thus, a day was shorter in the past. This is due to the tidal effects the Moon has on Earth's rotation. Atomic clocks show that a modern-day is longer by about 1.7 milliseconds than a century ago, slowly increasing the rate at which UTC is adjusted by leap seconds.