Dynamic Planet B/C
- bernard
- Administrator

- Posts: 2631
- Joined: January 5th, 2014, 3:12 pm
- Division: Grad
- State: WA
- Pronouns: He/Him/His
- Has thanked: 207 times
- Been thanked: 861 times
- Contact:
Dynamic Planet B/C
"One of the ways that I believe people express their appreciation to the rest of humanity is to make something wonderful and put it out there." – Steve Jobs
- BennyTheJett
- Exalted Member

- Posts: 464
- Joined: February 21st, 2019, 2:05 pm
- Division: Grad
- Pronouns: He/Him/His
- Has thanked: 96 times
- Been thanked: 289 times
Re: Dynamic Planet B/C
Which of the following is not a characteristic of a continental-continental convergent boundary?
a. Mountain building
b. Strong earthquakes
c. Arc volcanism
d. None of the above
When seismic waves from earthquakes reach the boundary between the mantle and liquid outer core:
a. all of the body waves get refracted
b. all of the body waves get reflected, but none are refracted
c. all P-waves stop because they are unable to move through the outer core
d. all S-waves vanish because they cannot move through a liquid
Magmas that feed island-arc volcanoes:
a. are a result of decompression melting within Earth’s mantle
b. occur over very wide zones thousands of kilometers in width
c. are located near continental-oceanic boundaries due to magma generation in the Benioff Zone
d. rise along transform faults associated with nearby divergent boundaries
All of the following are features associated with Pangaea except:
a. Panthalassa Ocean
b. Iapetus Ocean
c. Tethys Sea
d. Gondwanaland
If a rock deforms under the influence of a stress, but then returns to its original shape when the stress
is removed, then the deformation behavior is described as:
a. brittle
b. plastic
c. elastic
d. ductile
a. Mountain building
b. Strong earthquakes
c. Arc volcanism
d. None of the above
When seismic waves from earthquakes reach the boundary between the mantle and liquid outer core:
a. all of the body waves get refracted
b. all of the body waves get reflected, but none are refracted
c. all P-waves stop because they are unable to move through the outer core
d. all S-waves vanish because they cannot move through a liquid
Magmas that feed island-arc volcanoes:
a. are a result of decompression melting within Earth’s mantle
b. occur over very wide zones thousands of kilometers in width
c. are located near continental-oceanic boundaries due to magma generation in the Benioff Zone
d. rise along transform faults associated with nearby divergent boundaries
All of the following are features associated with Pangaea except:
a. Panthalassa Ocean
b. Iapetus Ocean
c. Tethys Sea
d. Gondwanaland
If a rock deforms under the influence of a stress, but then returns to its original shape when the stress
is removed, then the deformation behavior is described as:
a. brittle
b. plastic
c. elastic
d. ductile
- These users thanked the author BennyTheJett for the post:
- bernard (September 8th, 2023, 5:35 am)
Menomonie '21 UW-Platteville '25
Division D and proud. If you want a Geology tutor hmu.
Division D and proud. If you want a Geology tutor hmu.
-
Soccerpr0
- Member

- Posts: 13
- Joined: February 7th, 2023, 5:35 pm
- Division: B
- State: NY
- Has thanked: 2 times
- Been thanked: 0
Re: Dynamic Planet B/C
What happens when an oceanic crust plate (A) converges with a continental crust plate (B)?
A. When they converge B goes under A
B. They create a mountain
C. When they converge A goes under B
D. None of the above
A. When they converge B goes under A
B. They create a mountain
C. When they converge A goes under B
D. None of the above
- treesdea
- Exalted Member

- Posts: 36
- Joined: April 18th, 2023, 1:25 pm
- Division: B
- State: LA
- Pronouns: Ask My Pronouns
- Has thanked: 9 times
- Been thanked: 12 times
- Contact:
Re: Dynamic Planet B/C
Firstly, I think you're supposed to answer the previous question before posting yours
Oceanic crust will A subduct under the continental crust
Well, here are my questions:
1. How many times more powerful is a magnitude 8.0 earthquake than a 4.0 earthquake?
2. Explain two major reasons why Wegener's theory of tectonic plates was first disputed
3. What do disconformities imply?
Last edited by treesdea on December 5th, 2023, 9:01 am, edited 2 times in total.
replies may be slow
wishful thinking brings me to stare at the wonders of trees for hours upon hours
wishful thinking brings me to stare at the wonders of trees for hours upon hours
-
Opti234
- Member

- Posts: 2
- Joined: February 26th, 2024, 7:24 pm
- Division: C
- State: MN
- Pronouns: He/Him/His
- Has thanked: 1 time
- Been thanked: 0
Re: Dynamic Planet B/C
I like these questionstreesdea wrote: ↑December 5th, 2023, 9:00 amFirstly, I think you're supposed to answer the previous question before posting yours![]()
Oceanic crust will A subduct under the continental crust
Well, here are my questions:
1. How many times more powerful is a magnitude 8.0 earthquake than a 4.0 earthquake?
2. Explain two major reasons why Wegener's theory of tectonic plates was first disputed
3. What do disconformities imply?
1. A magnitude 8.0 earthquake is 10,000x more powerful (solution: 104). 2. Idk, probably seemed a bit outlandish because of the timescale. 3. They imply phase changes of the Earth’s interior, including material changes and solid-to-liquid changes.
My questions
1. A black smoker primarily emits what sort of mineral?
2. Which of the following discontinuities involve slowing down seismic wave speeds?
A. Conrad Discontinuity
B. Mohorovicic Discontinuity
C. Repiti Discontinuity
D. Lehmann Discontinuity
3. A material has a density of 2.7 g/cm3, a bulk modulus of 50 GPa, and a shear modulus of 24 Gpa.
A. What is the velocity (m/s) of the P-wave that would travel through it?
B. What is the likely identity of this material?
Yes i based this off of the Mason invitational
Who is online
Users browsing this forum: No registered users and 0 guests