A. the composition of the rock and whether it can withstand weathering
B. what type of volcanic activity took place nearby
C. the age of the rock
D. whether it was carried a long or short distance before being deposited to form a rock
D. whether it was carried a long or short distance before being deposited to form a rock
A. splinteration
B. fissibility
C. discontinuity
D. severance
B. Fissibility
A. tuberculous
B. bacterial meningitis
C. measles
D. rheumatoid arthritis
D. rheumatoid arthritis
A. Neils and Aage Bohr
B. Bob and Doug McKenzie
C. Luis and Walter Alvarez
D. William and Lawrence Bragg
C. Luis and Walter Alvarez
A. the composition of the rock and whether it can withstand weathering
B. what type of volcanic activity took place nearby
C. the age of the rock
D. whether it was carried a long or short distance before being deposited to form a rock
D. whether it was carried a long or short distance before being deposited to form a rock
A. Shale
B. Fissibility
A. trees that have washed down a river settle to the bottom of the lake to be buried over time
B. lightning strikes the trees which cause a chemical reaction to turn the tree to stone
C. when the tree dies, the wood is buried under layers of limestone and sandstone
D. volcanic ash buries trees quickly and over time, silica rich minerals replace the wood
D. volcanic ash buries trees quickly and over time, silica rich minerals replace the wood
A. tuberculous
B. bacterial meningitis
C. measles
D. rheumatoid arthritis
D. rheumatoid arthritis
A. Neils and Aage Bohr
B. Bob and Doug McKenzie
C. Luis and Walter Alvarez
D. William and Lawrence Bragg
C. Luis and Walter Alvarez
D. Tropic of Cancer
A. Tropic of Capricorn
B. ectotherms
A. air pressure differences inside and outside the jar reverse with warm water
B. the warm water caused the glass jar to contract causing the lid to loosen
C. the warm water caused particles in the metal to expand so there is less frictional force
D. mom knows best all the time
C. the warm water caused particles in the metal to expand so there is less frictional force
A. shale
B. mica
C. gypsum
D. obsidian
D. obsidian
What is conchoidal fracturing
A. Smooth and curved surfaces like broken glass
B. Producing splinters or fibers
C. Rough or irregular surface
D. Jagged, sharp edges
A. Smooth and curved surfaces like broken glass
What is hackly fracturing
A. Smooth and curved surfaces like broken glass
B. Producing splinters or fibers
C. Rough or irregular surface
D. Jagged, sharp edges
D. Jagged, sharp edges
What is splintery/fiberous fracturing
A. Smooth and curved surfaces like broken glass
B. Producing splinters or fibers
C. Rough or irregular surface
D. Jagged, sharp edges
B. Producing splinters or fibers
What is earthy/uneven fracturing
A. Smooth and curved surfaces like broken glass
B. Producing splinters or fibers
C. Rough or irregular surface
D. Jagged, sharp edges
C. Rough or irregular surface
A. Pasteur
B. Banting
C. Salk
D. Roentgen
B. Banting
A. aggregation
B. differentiation
C. colonization
D. segregation
A. aggregation
C. halogens
A. Mercury, Tungsten, Tin
B. Neon, Argon, Krypton
C. Sodium, Potassium, Cesium
D. Neodymium, Promethium, Cerium
D. Neodymium, Promethium, Cerium
A. the division of the cell into two cells with half the genetic material
B. the process in which cytoplasm is split in the cell
C. process during cell division in which the nucleus of a cell is divided into two nuclei
D. the division of a cell for the purpose of sexual reproduction
C. process during cell division in which the nucleus of a cell is divided into two nuclei