8 multiple choice 4 points our coring project has revealed that these two volcanoes erupt with slightly…

8 multiple choice 4 points our coring project has revealed that these two volcanoes erupt with slightly different magma compositions. based on evidence from the cores, which volcano erupts with which magma? pyramid peak is andesitic and red tops is dacitic. red tops is andesitic and pyramid peak is dacitic. 9 multiple choice 4 points the oldest eruption that we have evidence of happened 12,500 years ago. examine the evidence for this eruption in our cores. which way was the wind blowing towards when this eruption occurred? north south east west 10 multiple choice 4 points the point of our project is to identify areas that may be hazardous, based on our new knowledge of past events. we can see that everywhere weve cored, there has been disruptive volcanic activity. however, our budget for trying to help communities move out of hazardous areas is quite limited. we are considering four communities. we only have funds to help one of them. how should we decide? we want to consider frequency of events, potential deadliness of events, and also predictability of future events. based on the evidence from our cores, and the three factors above, on which community should we choose to spend money moving them to a safer area? the one near core d the one near core a the one near core e the one near core c

8 multiple choice 4 points our coring project has revealed that these two volcanoes erupt with slightly different magma compositions. based on evidence from the cores, which volcano erupts with which magma? pyramid peak is andesitic and red tops is dacitic. red tops is andesitic and pyramid peak is dacitic. 9 multiple choice 4 points the oldest eruption that we have evidence of happened 12,500 years ago. examine the evidence for this eruption in our cores. which way was the wind blowing towards when this eruption occurred? north south east west 10 multiple choice 4 points the point of our project is to identify areas that may be hazardous, based on our new knowledge of past events. we can see that everywhere weve cored, there has been disruptive volcanic activity. however, our budget for trying to help communities move out of hazardous areas is quite limited. we are considering four communities. we only have funds to help one of them. how should we decide? we want to consider frequency of events, potential deadliness of events, and also predictability of future events. based on the evidence from our cores, and the three factors above, on which community should we choose to spend money moving them to a safer area? the one near core d the one near core a the one near core e the one near core c

Answer

Brief Explanations:

There is no information provided in the text about the magma types for question 8, wind - direction for question 9, or which community is most at risk for question 10. Without evidence from the cores (which is not given), it's impossible to answer these questions.

Answer:

  1. Insufficient information to answer
  2. Insufficient information to answer
  3. Insufficient information to answer