-
Ancient Greeks proposed that the Earth was a sphere because they
D. observed ships "disappearing" over the horizon
-
How many standard time zones are there?
D. 24
-
The movement of the Earth around the Sun is called
D. revolution
-
Which location on Earth has the greatest rotational velocity?
D. Mexico City, Mexico
-
Tides are not influenced by
B. earthquakes
-
The early civilization that was known to keep time was the
C. Babylonian
-
At the summer solstice, the sun is
B. high in the Northern Hemisphere sky
-
A person crossing the international date line towards the west on May 31 would find the date changed to
D. June 1
-
California is in what time zone?
C. Pacific
-
Two sundials are located 1000 mi apart and display the same time of day. What must be true about their location?
A. both are located on the same meridian
-
The people of South Africa will experience the summer solstice on about
C. December 22
-
The Moon revolves around the Earth in
D. 27 1/3 days
-
The Earth is positioned between the sun and the moon in a nearly straight line. This positioning results in a(n)
A. lunar eclipse
-
26,000 years from now, which star will be the North Star?
B. Polaris
-
From which exact point on the Earth's surface wouldyou have to be for every direction to be north?
D. South Pole
-
The total number of possible latitude lines is
A. infinite
-
An astronaut on the Moon during a lunar eclipse would observe her surrounding moonscape to appear
B. reddish in color
-
The gravitational pull of the Moon on the Earth can be demonstrated by
D. all of these
-
As the Moon's orbit increases, which will eventually be true?
A. annular eclipses will be more common
-
The plane of the Earth's orbit is called the
C. plane of the ecliptic
-
The Earth's axis points towards the
C. North Star, Polaris
-
September 23 is the approximate date of the
C. autumnal equinox
-
The spinning of a planet on its axis, an imaginary line through its poles, is called
B. rotation
-
The consistent tilt and the orientation of the Earth's axis as it moves around its orbit is responsible for
B. seasons
-
The North Pole points towards the Sun during the
A. summer solstice
-
The winter solstice occurs on approximately what date?
D. December 22
-
The spring equinox is also called the
B. vernal equinox
-
Experimental proof that the Earth rotates on its axis was demonstrated by the
A. Foucault pendulum
-
The shape of the Earth is described as
C. oblate
-
The north to south reference point for the Earth is the
D. axis of the Earth
-
The distance from the equator to a point on a parallel is called
B. latitude
-
The referent meridian is the
A. prime meridian
-
Time is not measured by
B. storms
-
The movement of the Sun across the celestial meridianis defined as
D. noon
-
Clocks and watches are set to measure a uniform standard time based on
A. mean solar time
-
At the winter solstice, the sun is directly over the
C. Tropic of Capricorn
-
The time required for the Earth to move around its orbit so that the Sun is again in the same position relative to the stars is called the
A. sidereal year
-
The calendar system now in use to stay in step with the seasons was first designed by the
C. Romans
-
The time period from one new moon to the next new moon is called
B. synodic month
|
|