? Chapter 5_ Check Your Understanding (Volcanoes)_ GLG 110_ Dangerous World (2024 Spring - A).pdf

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 1/7 Chapter 5: Check Your Understanding (Volcanoes) Due Jan 28 at 11:59pm Points 14 Questions 15 Available until Jan 29 at 11:59pm Time Limit None Allowed Attempts 3 Instructions Overview This assignment serves as a self-check of your understanding of concepts related to the Volcano material . First view Lecture Set 5, read Chapter 5 in your textbook, and complete the Discussion Questions related to the same lectures & chapter. Many of the questions are derived from the Check Your Understanding box at the end of each section, while some come from the lecture concepts. Instructions Click “Take the Quiz” button to begin. Each question has its own set of instructions. Read carefully. Click “Submit” when finished. How you'll be graded You have three attempts to complete this assignment. There is no time limit on those individual attempts. Each question is worth a certain number of points, and you’ll earn points for each correct

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 2/7 This quiz was locked Jan 29 at 11:59pm. Attempt History Attempt Time Score KEPT Attempt 2 9 minutes 14 out of 14 LATEST Attempt 2 9 minutes 14 out of 14 Attempt 1 9 minutes 11.5 out of 14  Correct answers are no longer available. Score for this attempt: 14 out of 14 Submitted Jan 28 at 7:37pm This attempt took 9 minutes.  Question 1 0.5 / 0.5 pts Because the vast majority of spreading centers produce volcanism high in the mountains where no one lives. Because the vast majority of spreading centers produce volcanism on small islands where no one lives. Because volcanism at spreading centers is insignificant by volume compared to other types of plate boundaries. Because the vast majority of spreading centers produce volcanism under the sea.  Question 2 0.5 / 0.5 pts Alberta, Canada response. The attempt with the highest score will automatically be recorded. You may look at your notes and textbook while doing the assignment. Or, to test your knowledge in preparation for the exam, you may want to take the first attempt without the aid of your notes or textbook. Tips For fill in the blank questions please be sure to spell words correctly as you will not receive credit if words are unrecognized or misspelled . Do NOT capitalize words or use commas for fill in the blank questions that require a numeric answer. Why do we care less (and know less) about the hazards associated with volcanism at spreading centers than we do about volcanism at other types of plate boundaries? The following is a region or place on Earth where high population density and abundant active volcanism coincide.

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 3/7 Andean Chile Reykjavik, Iceland Java, Indonesia  Question 3 0.5 / 0.5 pts The asthenosphere undergoes decompression without heating to produce melt. The asthenosphere undergoes heating at the plate boundary. The asthenosphere is saturated with water from the sea floor, causing melting.  Question 4 0.5 / 0.5 pts Water interacts with he asthenosphere, causing melting. The asthenosphere undergoes decompression without heating to produce melt. The asthenosphere undergoes heating at the plate boundary.  Question 5 0.5 / 0.5 pts The plate remains largely fixed in space, but the hotspot below moves to create the chain. The asthenosphere melts along a line because it is hydrated by the islands. The hotspot remains largely fixed in space, but the plate moves above it to create the chain. The asthenosphere melts along a line because it depressurizes in that geometry.  Question 6 3 / 3 pts low viscosity basalt Magmas at mid-ocean ridges are produced by partial melting of the asthenosphere. Why does melting occur at mid-ocean ridges? Melting of the asthenosphere and production of magma at subduction zones is caused by which of the following processes? Why do island chains form near hotspots? Match the characteristic to the type of magma.

Your preview ends here

Eager to read complete document? Join bartleby learn and gain access to the full version

Access to all documents
Unlimited textbook solutions
24/7 expert homework help

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 4/7 high iron and magnesium basalt dark in color basalt high viscosity rhyolite light in color rhyolite high silica content rhyolite  Question 7 0.5 / 0.5 pts feldspar and iron silica and iron volatiles and silica iron and magnesium  Question 8 1 / 1 pts felsic mafic hotspot Subduction zones are more likely to produce explosive volcanism because the magma is usually richer in ______________ compared to spreading centers. The two main types of volcanic eruption styles are _________ and ______. Choose the two best answers from the options below.

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 5/7 silicic explosive effusive  Question 9 0.5 / 0.5 pts rivers and streams infrastructure atmospheric chemistry human life  Question 10 2.5 / 2.5 pts grey, non-glowing lava dome Mount St Helens swift moving, red, glowing lava flow Tolbachik volcano, Russia collapsing lava dome, forming pyroclastic flows Unzen, Japan plume, many kilometers high with an "umbrella region" Calbuco, Chile explosively erupted 1000s of cubic kilometers of magma Yellowstone  Question 11 0.5 / 0.5 pts Lava flows are mostly a threat to ____________. Match the characteristic eruption activity with the appropriate volcano.

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 6/7 Moment Magnitude Richter Scale Fujita Scale VEI: Volcanic Explosivity Index  Question 12 0.5 / 0.5 pts VEI 5 VEI 4 VEI 1  Question 13 0.5 / 0.5 pts carbon dioxide water vapor sulfur dioxide chlorine  Question 14 2 / 2 pts ground-hugging hot avalanches of volcanic debris pyroclastic flows consist of water plus volcanic ash and blocks lahars the most far-reaching of all explosive eruption phenomena ash fall/tephra fall An important classification scheme for volcanic eruptions is called the __________. Which of the following eruption types has the tallest eruption column (plume)? The most abundant volcanic gas is _____________. Match the characteristics to the appropriate specific volcano or volcanic phenomenon.

Your preview ends here

Eager to read complete document? Join bartleby learn and gain access to the full version

Access to all documents
Unlimited textbook solutions
24/7 expert homework help

2/20/24, 11:24 PM Chapter 5: Check Your Understanding (Volcanoes): GLG 110: Dangerous World (2024 Spring - A) https://canvas.asu.edu/courses/179803/quizzes/1350971?module_item_id=12883056 7/7 built by effusive eruption of very viscous lava lava domes  Question 15 0.5 / 0.5 pts swarms of volcanic earthquakes ground deformation around the volcano a change in the abundance of gas flux from the vent Quiz Score: 14 out of 14 Rising magma can lead to the following changes in monitoring data. There is more than one correct answer; please choose all correct options.