SUBJECTS
|
BROWSE
|
CAREER CENTER
|
POPULAR
|
JOIN
|
LOGIN
Business Skills
|
Soft Skills
|
Basic Literacy
|
Certifications
About
|
Help
|
Privacy
|
Terms
|
Email
Search
Test your basic knowledge |
CSET Earth
Start Test
Study First
Subjects
:
cset
,
science
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Two high waters and two low waters each day - in most locations - tides are semidiurnal
Mechanical/physical weathering
Metamorphic rocks
The most abundant minerals in the crust
Semidiurnal
2. 186000 miles/second
The geological time scale
Speed of light
Longitude
Sublimation
3. Different visual appearance; when discovered - comets show a perceptible coma while asteroids do not
Precipitation
The distinction between asteroids and comets
Polar air
Extrusive
4. Maritime tropical (wet - warm air)
- mT
larger planet
Seasons
Fossils
5. Tends to move slowly and is replenished slowly - and so it can remain in aquifers for thousands of years
Surface temperature
Asteroids
Continental drift
Groundwater
6. Bodies similar to the sun but immensely distant - Closest stars are 4 light - years away
Chaotic system
Convergent plate movements
Stars
Altostratus clouds
7. A land form that stretches above the surrounding land in a limited area - with a peak - Usually produced by the movement of lithospheric plates
Surface temperature differences
Mountain
Venus
Scratch test
8. Around a new or full moon - when the sun - moon - and the earth form a line - the tidal forces due to the sun reinforce those of the moon - The tide's range is at a maximum and is called a spring tide (spring as in 'to jump/leap -' not the season)
Full moon
Rainfall
Spring tide
Mountain
9. Air currents move clouds around the globe and cloud particles collide - grow - and fall out of the sky as ________ - Most of it falls back into the oceans or onto land - where the precipitation flows over the ground as surface runoff - portion of run
Solar eclipse
Erosion and land use
precipitation
Venus
10. Travels around the earth each month - - Distance from the earth averages 237000 miles - Has rugged topography formed billions of years ago by volcanic eruptions and meteorite impacts - Mass is 1/6th that of Earth
Moon
Colder
10000
Major oceans
11. Due to a combination of differential heating and geometry - hen the sun rises - it is the tops of the mountain peaks which receive first light - and as the day progresses - the mountain slopes take on a greater heat load than the valleys - This resul
Mountain breezes and valley breezes
Scratch test
Intrusive
Standard time zones
12. The precipitation that is intercepted by plant foliage and eventually evaporates back to the atmosphere rather than falling to the ground
Mantle plumes
Canopy interception
Neap tide/neaps
Latitude
13. Generally forms deep in the mantle as one type of rock changes into another - Due to intense pressure - can show signs of bending and distortion - Examples: schist - marble - gneiss - and slate
Cirrus clouds
Metamorphic rocks
Seasons
Precipitation
14. There are approx. _____ days between each lunar cycle
Earth's crust
Types of clouds
Fossils
29.5
15. Water transpired from plants and evaporated from the soil
Chemical weathering
Neap tide/neaps
Evapotranspiration
clouds
16. Ancient astronomers found that eclipses occurred periodically and learned to predict them accurately - Lunar and solar
Eclipses
Lithosphere and the asthenosphere
The distinction between asteroids and comets
The Gulf - Stream
17. After the moon has waxed through crescent - quarter - and gibbous phases - a ________ appears - At that time - the moon rises at sunset - and we see all of its illuminated side - Then the phase wanes gradually to another new moon
Coral reef
World/global ocean
Sun
Full moon
18. Center: 3000
Warning
: Invalid argument supplied for foreach() in
/var/www/html/basicversity.com/show_quiz.php
on line
183
19. Bbreaking along flat surfaces
Cleavage
lower elevation
Solar eclipse
California coast
20. Oceans cover __ of the earth's surface
Groundwater
3/4
Continental drift
larger planet
21. The best determiner of climate - as it is consistently and directly correlated with temperature - other factors: Rain shadows - as well as water currents - elevation and so forth
Intrusive
Latitude
- mP
Erosion and land use
22. The source of energy for evaporation is primarily through ___________
Stratus clouds
Solar radiation
The Gulf - Stream
Erosion
23. Occur twice a year - when the tilt of the earth's axis is oriented neither from nor to the sun - causing the sun to be located vertically above a point on the equator - The name derived from the Latin aequus (equal) and nox (night) - because at the e
Equinoxes
Runoff
Planets
Seasonal weather differences between hemispheres
24. (or summer time zones) include an offset (typically +1 hour) for daylight saving time
Daylight saving time zones
Percolation
Earthquakes - volcanic activity - mountain - building - and oceanic trench formation
lower elevation
25. Method of using the present to interpret the past - Processes occurring today are observed carefully and their effects are measured - Then - geologists assume that similar effects in ancient rocks were caused by processes similar to those of the pres
Galaxies
Seasons
Uniformitarianism
The earth's structure
26. Form when dissolved mineral solutions crystalize out of lakes and oceans
Mountain
Chemical sedimentary rocks
aquifers
Hydrologic concepts
27. Cirrus - Stratus - Cumulonimbus - Altostratus
Evaporation
Differential heating
El Nino and La Nina
Types of clouds
28. Comprises one global - interconnected body of salt water often (though generally recognized as several separate oceans) - A continuous body of water with relatively free interchange among its parts
World/global ocean
Lithosphere
Subduction zones
Surface ocean temperature
29. Cause pressure differences - A hot surface heats the air above it and the air expands - lowering the air pressure and its density
Seasonal weather differences between hemispheres
50-100
3/4
Surface temperature differences
30. The major mountains tend to occur in __________ - indicating tectonic plate boundaries and activity
lower
El Nino and La Nina
Long linear arcs
Hydrologic cycle
31. The fossiliferous strata record is only the last __% of the earth's history
Conglomerates
Mountain breezes and valley breezes
11
Troposhere
32. Occur when two plates push together - Such faults are strong and relatively deep - Where the strongest earthquakes occur Example: mountain building in the Himalayas and the Andes
larger planet
Convergent plate movements
Full moon
Transform plate movements
33. The lateral movement of the plates is typically at speeds of ___ mm annually
50-100
Law of superposition
cooling
Conglomerates
34. Darkens the moon as the earth passes between it and the sun - casting a shadow on the moon - may be seen from anywhere the moon is visible - about half of the earth
Full moon
Inertia
Cataclysmic volcanic eruptions
Lunar eclipse
35. The movement of rainwater as it filters through soil and rocks into the ground - becoming groundwater
Percolation
Transpiration
Comet
Mineral color
36. The runoff produced by melting snow
Clastic
Snowmelt
Volcano
Air mass
37. Huge systems of stars - Milky Way is estimated to have 100 billion stars arranged in a great disk
Transpiration
precipitation
3/4
Galaxies
38. Occur when two plates slip past each other - Such faults are generally moderate and are relatively shallow Example: The San Andreas Fault
Air mass
Polar air
5.6
Transform plate movements
39. Sometimes called minor planets or planetoids - Bodies
Asteroids
Weather phenomena on earth
Seasonal weather differences between hemispheres
Mantle
40. Both gravity and inertia work together to keep planets in orbit around the sun - Inertia makes a planet travel in a straight line
Gravity and inertia
Hydrologic cycle
Chemical weathering
Intrusive
41. Can thaw and melt - and the ensuing water flows overland as snowmelt
Troposhere
Snow packs
Daylight saving time zones
Long linear arcs
42. Officially defined as sustained sea surface temperature anomalies of magnitude greater than 0.5
freshwater springs
El Nino and La Nina
Galactic center
Mountain
43. Hotspot volcanoes are also found elsewhere in the Solar System - especially on...
Rocky planets and moons
Galaxies
Condensation
Seasons in the temperate and polar regions
44. Occurs at the instant when the sun's position in the sky is at its greatest angular distance on the other side of the equatorial plane from the observer's hemisphere - Depending on the shift of the calendar - the winter solstice occurs some time betw
Gravity and inertia
Speed of light
Winter solstice
Percolation
45. Continental tropical (dry - warm air)
- cT
Troposhere
Long linear arcs
Ice Age
46. Igneous rock that forms on the earth's surface - Examples obsidian - basalt - and pumice
Galaxies
Subduction zones
Extrusive
Seasonal weather differences between hemispheres
47. Smooth layers of low clouds that indicate a chance of drizzle or snow
precipitation
Latitude
Sublimation
Stratus clouds
48. Seasons are marked by changes in the amount of sunlight - which in turn often cause cycles of dormancy in plants and hibernation in animals - These effects vary with latitude and with proximity to bodies of water
Seasons in the temperate and polar regions
Evaporation
Rain shadow
Hydrologic concepts
49. Formed from calcium carbonate - also an example of chemical sedimentary rocks - like roock salt - can contain organic or once - living matter and can record the history of that matter's formation in features such as strata - fossil evidence - and rip
Seasons in the temperate and polar regions
Limestone
Ways magma can form
Crustal rocks
50. The degrees east or west of the prime meridian through Greenwich - England
precipitation
Longitude
- cP
The earth's structure