Question 1 A) 📽 Watch This! The Real Work: The Carbon Cycle video by NASA on YouTube and answer the following questions: Video Player Question 1: Which of the following is one of the main carbon pools on Earth? (1 point) Responses Volcanoes Volcanoes Glaciers Glaciers Oceans Oceans Deserts Deserts B) Question 2: In which of these processes do plants absorb carbon? (1 point) Responses Respiration Respiration Photosynthesis Photosynthesis Transpiration Transpiration Decomposition Decomposition C) Question 3: Which of these organisms perform photosynthesis in the ocean? (1 point) Responses Whales Whales Sharks Sharks Plankton Plankton Jellyfish Jellyfish D) Question 4: What happens to the carbon within an aquatic organism when that organism dies and decays? (1 point) Responses It disappears completely It disappears completely It is transferred to the bottom of the ocean and is locked away in ocean sediments It is transferred to the bottom of the ocean and is locked away in ocean sediments It immediately returns to the atmosphere It immediately returns to the atmosphere It is converted into oil and natural gas It is converted into oil and natural gas

1 answer

Based on the information typically provided in resources about the carbon cycle, here are the likely answers to your questions:

A) Which of the following is one of the main carbon pools on Earth?

  • Oceans (This is a significant carbon pool, in addition to others like the atmosphere, land biomass, and fossil fuels.)

B) In which of these processes do plants absorb carbon?

  • Photosynthesis (Plants take in carbon dioxide from the atmosphere and convert it into glucose during photosynthesis.)

C) Which of these organisms perform photosynthesis in the ocean?

  • Plankton (Specifically, phytoplankton are the primary photosynthetic organisms in marine environments.)

D) What happens to the carbon within an aquatic organism when that organism dies and decays?

  • It is transferred to the bottom of the ocean and is locked away in ocean sediments (Carbon from dead organisms can become part of sedimentary deposits, sequestering it over geological time scales.)

I hope this helps! Let me know if you need further clarification or assistance.