radius (nm) 41. Among the ions with different hydrated radius below, which one is most favored during the cation exchange reaction, ie, absorbs to clay mineral more strongly? K 0.54 1) Nh C) K D) Nat E) Li 05 Na 0.79 0.53 Lit 1.03 form sheets.
radius (nm) 41. Among the ions with different hydrated radius below, which one is most favored during the cation exchange reaction, ie, absorbs to clay mineral more strongly? K 0.54 1) Nh C) K D) Nat E) Li 05 Na 0.79 0.53 Lit 1.03 form sheets.
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
Related questions
Question
![45.
Mead
41. Among the ions with different hydrated radius below, which one is most favored during
the cation exchange reaction, ie, absorbs to clay mineral more strongly?
Jon
Hydrated
radius (nm)
A) C
T) NH
C) K*
D) Na*
E) Li*
0.5
A) TO
B) TOT
C) OTO
D) 00
E) TT
XXVXDXXV-XI
42. In clay mineral,
A) T; T
B) T; O
C) 0; 0
D) Si: O
E) T: Si
43. The picture below is an example of
0.53
AT TAW
layer and
2
• oxygen
• silicon
● aluminum
o hydrogen
0.54
A) Cation Exchange Capacity (CEC)
B) Total alkalinity
C) pH
Na
0.79
layer can join to form sheets.
layer.
Lit
1.03
44. Which statement is NOT true about kaolinite and kaolinitic soils?
A) Bonding between sheets in kaolinite is very weak, thus kaolinitic soils are easy to
plow.
B) Kaolinitic soils do not shrink and well as there is no interlayer swelling.
C) There is no interlayer welling in kaolinite, so kaolinitic soils hold less water than
other clay-rich soils.
D) Kaolinitic soil is useful for agriculture if nutrients are managed properly.
E) There are cations in between the layers of kaolinite.
10
is the amount of exchangeable cations per mass of soil and its unit is in
milliequivelents (meq) per 100 g of oven dry soil.
D) Anion Exchan
E) lonic stren](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1a2be487-a4f1-4704-8a71-b11163658c73%2F2c4f2bd3-0b71-4496-8a5b-2e4a4cb53a5f%2Fmh2n30m_processed.jpeg&w=3840&q=75)
Transcribed Image Text:45.
Mead
41. Among the ions with different hydrated radius below, which one is most favored during
the cation exchange reaction, ie, absorbs to clay mineral more strongly?
Jon
Hydrated
radius (nm)
A) C
T) NH
C) K*
D) Na*
E) Li*
0.5
A) TO
B) TOT
C) OTO
D) 00
E) TT
XXVXDXXV-XI
42. In clay mineral,
A) T; T
B) T; O
C) 0; 0
D) Si: O
E) T: Si
43. The picture below is an example of
0.53
AT TAW
layer and
2
• oxygen
• silicon
● aluminum
o hydrogen
0.54
A) Cation Exchange Capacity (CEC)
B) Total alkalinity
C) pH
Na
0.79
layer can join to form sheets.
layer.
Lit
1.03
44. Which statement is NOT true about kaolinite and kaolinitic soils?
A) Bonding between sheets in kaolinite is very weak, thus kaolinitic soils are easy to
plow.
B) Kaolinitic soils do not shrink and well as there is no interlayer swelling.
C) There is no interlayer welling in kaolinite, so kaolinitic soils hold less water than
other clay-rich soils.
D) Kaolinitic soil is useful for agriculture if nutrients are managed properly.
E) There are cations in between the layers of kaolinite.
10
is the amount of exchangeable cations per mass of soil and its unit is in
milliequivelents (meq) per 100 g of oven dry soil.
D) Anion Exchan
E) lonic stren
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