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Test your basic knowledge |
Etymology Of Period Names
Start Test
Study First
Subject
:
history
Instructions:
Answer 44 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. County in England in which rocks from this period were first identified
Orosirian - 2050 Ma - Gk. oroseira
Stenian - 1200 Ma - Gk. stenos
Ectasian - 1400 Ma - Gk. ectasis
Devonian - 416 Ma - Devon
2. Triad - In Germany this period forms three distinct layers
Triassic - 250 Ma - Lt. trias
Jurassic - 200 Ma - Jura Mountains
Cretaceous - 146 Ma - Lt. creta
Cambrian - 542 Ma - Latin Cambria
3. Tribe in south Wales - where the rocks were first identified
Cretaceous - 146 Ma - Lt. creta
Neogene - 23 Ma - Gk. neogenos
Cryogenian - 850 Ma - Gk. cryogenicos
Silurian - 444 Ma - Ctc. Silures
4. Tribe in north Wales - where the rocks were first identified
Permian - 299 Ma - Perm Krai
Carboniferous - 359 Ma - Lt. carbo
Ordovician - 488 Ma - Celtic Ordovices
Siderian - 2500 Ma - Greek sideros
5. Cold-making - In this period all the Earth froze over
Cryogenian - 850 Ma - Gk. cryogenicos
Triassic - 250 Ma - Lt. trias
Ediacaran - 635 Ma - Ediacara Hills
Paleogene - 65 Ma - Gk. palaiogenos
6. Wales - Ref. to the place in Great Britain where Cambrian rocks are best exposed
Cryogenian - 850 Ma - Gk. cryogenicos
Devonian - 416 Ma - Devon
Ectasian - 1400 Ma - Gk. ectasis
Cambrian - 542 Ma - Latin Cambria
7. Cover - Platform covers developed or expanded
Orosirian - 2050 Ma - Gk. oroseira
Cryogenian - 850 Ma - Gk. cryogenicos
Siderian - 2500 Ma - Greek sideros
Calymmian - 1600 Ma - Gk. calymma
8. Steady - Continents became stable cratons
Paleogene - 65 Ma - Gk. palaiogenos
Calymmian - 1600 Ma - Gk. calymma
Statherian - 1800 Ma - Gk. statheros
Jurassic - 200 Ma - Jura Mountains
9. Nnew born'
Triassic - 250 Ma - Lt. trias
Ordovician - 488 Ma - Celtic Ordovices
Triassic - 250 Ma - Lt. trias
Neogene - 23 Ma - Gk. neogenos
10. Coal - Global coal beds were laid in this period
Paleogene - 65 Ma - Gk. palaiogenos
Orosirian - 2050 Ma - Gk. oroseira
Jurassic - 200 Ma - Jura Mountains
Carboniferous - 359 Ma - Lt. carbo
11. Stretch - Platform covers expanded
Statherian - 1800 Ma - Gk. statheros
Ectasian - 1400 Ma - Gk. ectasis
Neogene - 23 Ma - Gk. neogenos
Ordovician - 488 Ma - Celtic Ordovices
12. Place in Australia where the Ediacaran biota fossils were found
Carboniferous - 359 Ma - Lt. carbo
Ediacaran - 635 Ma - Ediacara Hills
Statherian - 1800 Ma - Gk. statheros
Ectasian - 1400 Ma - Gk. ectasis
13. County in England in which rocks from this period were first identified
Ordovician - 488 Ma - Celtic Ordovices
Ordovician - 488 Ma - Celtic Ordovices
Orosirian - 2050 Ma - Gk. oroseira
Devonian - 416 Ma - Devon
14. Ref. the banded iron formations
Siderian - 2500 Ma - Greek sideros
Ordovician - 488 Ma - Celtic Ordovices
Orosirian - 2050 Ma - Gk. oroseira
Cambrian - 542 Ma - Latin Cambria
15. Steady - Continents became stable cratons
Devonian - 416 Ma - Devon
Statherian - 1800 Ma - Gk. statheros
Neogene - 23 Ma - Gk. neogenos
Ediacaran - 635 Ma - Ediacara Hills
16. Mountain range in the Alps in which rocks from this period were first identified
Jurassic - 200 Ma - Jura Mountains
Permian - 299 Ma - Perm Krai
Neogene - 23 Ma - Gk. neogenos
Rhyacian - 2300 Ma - Gk. rhyax
17. Cold-making - In this period all the Earth froze over
Permian - 299 Ma - Perm Krai
Cryogenian - 850 Ma - Gk. cryogenicos
Ordovician - 488 Ma - Celtic Ordovices
Carboniferous - 359 Ma - Lt. carbo
18. Triad - In Germany this period forms three distinct layers
Triassic - 250 Ma - Lt. trias
Orosirian - 2050 Ma - Gk. oroseira
Rhyacian - 2300 Ma - Gk. rhyax
Calymmian - 1600 Ma - Gk. calymma
19. Mountain range - Much orogeny in this period's latter half
Calymmian - 1600 Ma - Gk. calymma
Orosirian - 2050 Ma - Gk. oroseira
Quaternary - 2.6 Ma - Lt. quaternarius
Cambrian - 542 Ma - Latin Cambria
20. More chalk formed in this period than any other
Cretaceous - 146 Ma - Lt. creta
Ectasian - 1400 Ma - Gk. ectasis
Cryogenian - 850 Ma - Gk. cryogenicos
Statherian - 1800 Ma - Gk. statheros
21. Stretch - Platform covers expanded
Devonian - 416 Ma - Devon
Permian - 299 Ma - Perm Krai
Ectasian - 1400 Ma - Gk. ectasis
Ediacaran - 635 Ma - Ediacara Hills
22. Region in Russia where rocks from this period were first identified
Permian - 299 Ma - Perm Krai
Ordovician - 488 Ma - Celtic Ordovices
Devonian - 416 Ma - Devon
Devonian - 416 Ma - Devon
23. Mountain range in the Alps in which rocks from this period were first identified
Jurassic - 200 Ma - Jura Mountains
Cryogenian - 850 Ma - Gk. cryogenicos
Orosirian - 2050 Ma - Gk. oroseira
Cretaceous - 146 Ma - Lt. creta
24. Narrow - Much orogeny - which survives as narrow metamorphic belts
Siderian - 2500 Ma - Greek sideros
Silurian - 444 Ma - Ctc. Silures
Stenian - 1200 Ma - Gk. stenos
Ectasian - 1400 Ma - Gk. ectasis
25. Region in Russia where rocks from this period were first identified
Permian - 299 Ma - Perm Krai
Tonian - 1000 Ma - Gk. tonos
Tonian - 1000 Ma - Gk. tonos
Neogene - 23 Ma - Gk. neogenos
26. Wales - Ref. to the place in Great Britain where Cambrian rocks are best exposed
Cambrian - 542 Ma - Latin Cambria
Rhyacian - 2300 Ma - Gk. rhyax
Permian - 299 Ma - Perm Krai
Neogene - 23 Ma - Gk. neogenos
27. 'Ancient born'
Ediacaran - 635 Ma - Ediacara Hills
Cambrian - 542 Ma - Latin Cambria
Paleogene - 65 Ma - Gk. palaiogenos
Stenian - 1200 Ma - Gk. stenos
28. Narrow - Much orogeny - which survives as narrow metamorphic belts
Ectasian - 1400 Ma - Gk. ectasis
Silurian - 444 Ma - Ctc. Silures
Devonian - 416 Ma - Devon
Stenian - 1200 Ma - Gk. stenos
29. Cover - Platform covers developed or expanded
Cryogenian - 850 Ma - Gk. cryogenicos
Stenian - 1200 Ma - Gk. stenos
Carboniferous - 359 Ma - Lt. carbo
Calymmian - 1600 Ma - Gk. calymma
30. 'Fourth' - This was initially deemed the 'fourth' period after the now-obsolete 'primary' - 'secondary' and 'tertiary' periods.
Statherian - 1800 Ma - Gk. statheros
Devonian - 416 Ma - Devon
Cretaceous - 146 Ma - Lt. creta
Quaternary - 2.6 Ma - Lt. quaternarius
31. Coal - Global coal beds were laid in this period
Neogene - 23 Ma - Gk. neogenos
Carboniferous - 359 Ma - Lt. carbo
Orosirian - 2050 Ma - Gk. oroseira
Statherian - 1800 Ma - Gk. statheros
32. Mountain range - Much orogeny in this period's latter half
Siderian - 2500 Ma - Greek sideros
Statherian - 1800 Ma - Gk. statheros
Cambrian - 542 Ma - Latin Cambria
Orosirian - 2050 Ma - Gk. oroseira
33. Ref. the banded iron formations
Stenian - 1200 Ma - Gk. stenos
Cryogenian - 850 Ma - Gk. cryogenicos
Cretaceous - 146 Ma - Lt. creta
Siderian - 2500 Ma - Greek sideros
34. Stretch - The continental crust stretched as Rodinia broke up
Tonian - 1000 Ma - Gk. tonos
Cryogenian - 850 Ma - Gk. cryogenicos
Cambrian - 542 Ma - Latin Cambria
Calymmian - 1600 Ma - Gk. calymma
35. Much lava flowed
Siderian - 2500 Ma - Greek sideros
Rhyacian - 2300 Ma - Gk. rhyax
Devonian - 416 Ma - Devon
Quaternary - 2.6 Ma - Lt. quaternarius
36. Place in Australia where the Ediacaran biota fossils were found
Ediacaran - 635 Ma - Ediacara Hills
Tonian - 1000 Ma - Gk. tonos
Orosirian - 2050 Ma - Gk. oroseira
Cryogenian - 850 Ma - Gk. cryogenicos
37. More chalk formed in this period than any other
Jurassic - 200 Ma - Jura Mountains
Cretaceous - 146 Ma - Lt. creta
Orosirian - 2050 Ma - Gk. oroseira
Triassic - 250 Ma - Lt. trias
38. Stretch - The continental crust stretched as Rodinia broke up
Tonian - 1000 Ma - Gk. tonos
Devonian - 416 Ma - Devon
Cambrian - 542 Ma - Latin Cambria
Cretaceous - 146 Ma - Lt. creta
39. Tribe in south Wales - where the rocks were first identified
Quaternary - 2.6 Ma - Lt. quaternarius
Jurassic - 200 Ma - Jura Mountains
Silurian - 444 Ma - Ctc. Silures
Jurassic - 200 Ma - Jura Mountains
40. Much lava flowed
Cryogenian - 850 Ma - Gk. cryogenicos
Carboniferous - 359 Ma - Lt. carbo
Rhyacian - 2300 Ma - Gk. rhyax
Jurassic - 200 Ma - Jura Mountains
41. 'Fourth' - This was initially deemed the 'fourth' period after the now-obsolete 'primary' - 'secondary' and 'tertiary' periods.
Calymmian - 1600 Ma - Gk. calymma
Statherian - 1800 Ma - Gk. statheros
Quaternary - 2.6 Ma - Lt. quaternarius
Cryogenian - 850 Ma - Gk. cryogenicos
42. 'Ancient born'
Siderian - 2500 Ma - Greek sideros
Paleogene - 65 Ma - Gk. palaiogenos
Carboniferous - 359 Ma - Lt. carbo
Carboniferous - 359 Ma - Lt. carbo
43. Tribe in north Wales - where the rocks were first identified
Ordovician - 488 Ma - Celtic Ordovices
Cambrian - 542 Ma - Latin Cambria
Quaternary - 2.6 Ma - Lt. quaternarius
Rhyacian - 2300 Ma - Gk. rhyax
44. Nnew born'
Neogene - 23 Ma - Gk. neogenos
Tonian - 1000 Ma - Gk. tonos
Tonian - 1000 Ma - Gk. tonos
Rhyacian - 2300 Ma - Gk. rhyax