 a body that orbits a planet.  An object that orbits the sun  Large enough to have become rounded by its own gravity.

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Presentation transcript:

 a body that orbits a planet.

 An object that orbits the sun  Large enough to have become rounded by its own gravity.

 a streak of light produced when a small object burns up entering Earth’s atmosphere.

 is a cold mixture of dust and ice that gives up a long trail of light as it approaches the sun.

 giant ball of hot gas  Tiny points of light

 Is a pattern or groups of stars in the sky.

 Imaginary line that passes through Earth’s center and the North and South poles

 Spinning of the Earth and moon around its axis.

 It takes the Earth 365 days to complete one  Movement of the Earth around the Sun or the movement of the moon around the Earth

 Earth moves around the sun in a regular, curved path called a(n)  Earth’s ______ brings it closer to the sun in January

 Caused by Earth’s tilted axis and its revolution around the sun

 If the Northern Hemisphere is tilted away from the Sun, what season is occurring?

 What season occurs when part of Earth is tilted towards the Sun?

 What seasons occur when the Earth is neither tilted toward or away from the Sun?

 Sun appears farthest north of the equator and south each year  Longest day of the year in Northern Hemisphere and shortest day of the year in Southern Hemisphere

 The sun is directly overhead at the equator  Means “equal night”  12 hours of daylight and 12 hours of night

 The Winter Solstice begins on

 The Spring Equinox begins on

 The Summer Solstice begins on

 The Fall Equinox begins on

 Attracts all objects to each other  Keeps the Earth in an orbit around the sun  Keeps the moon in an orbit around the Earth

 Amount of matter in an object  Remains constant

 Measure of the force of gravity on an object  Changes depending on location

 Every object in the universe attracts every other

 Tendency of an object to resist a change in motion  Example: when a car is moving and suddenly stop; you keep moving forward

 An object at rest will stay at rest and an object in motion will stay in motion unless acted on by a force