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4. A. Energy from the Earth's interior is conserved through geological processes like volcanic eruption and mantle convection. B. Planets with water cycle replenish chemicals required by organisms. A. Based on the biogeochemical cycles, the phosphorus element found in the ATP molecule 5. has come from the geosphere. B. Photosynthesis involves the flow of matter wherein the photons of light are transformed into glucose. 6. A. Atmospheric Nitrogen is the most abundant molecule near the Earth's surface. B. Temperature is most intense within the Earth's inner core making liquid.

4. A. Energy from the Earth's interior is conserved through geological processes like volcanic eruption and mantle convection. B. Planets with water cycle replenish chemicals required by organisms. A. Based on the biogeochemical cycles, the phosphorus element found in the ATP molecule 5. has come from the geosphere. B. Photosynthesis involves the flow of matter wherein the photons of light are transformed into glucose. 6. A. Atmospheric Nitrogen is the most abundant molecule near the Earth's surface. B. Temperature is most intense within the Earth's inner core making liquid.

Applications and Investigations in Earth Science (9th Edition)
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
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Answer number 4, 5, 6

I. MODIFIED TRUE OR FALSE: Determine the truthfulness of each statement. Select the letter of the correct choice. Refer to the following choices: A. Both statements A and B are correct. B. Statement A is correct, and B is incorrect. C. Statement A is incorrect, and B is correct. D. Neither statement A nor B is correct. A. The flow of matter across the Earth's subsystems involves the transformation of matter 1. into energy. B. The breakdown of glucose molecule into CO2 and H2O in the process of cellular respiration corresponds to the formation of a chemical form of energy adenosine triphosphate. 2. should be conserved. A. As a closed system, the Earth's natural resources like the solar energy is limited, thus it B. Heterotrophs become Carbon sink as they oxygen gas to convert carbohydrates into energy. 3. A. In the flow of energy across the Earth's subsystems, 100% of the radiant energy is transformed into glucose by photosynthesis and into ATP by aerobic cellular respiration. B. Heat is always lost in the transformation of ATP, a chemical energy, into kinetic energy by a flying insect. 4. A. Energy from the Earth's interior is conserved through geological processes like volcanic eruption and mantle convection. B. Planets with water cycle replenish chemicals required by organisms. A. Based on the biogeochemical cycles, the phosphorus element found in the ATP molecule 5. has come from the geosphere. B. Photosynthesis involves the flow of matter wherein the photons of light are transformed into glucose. 6. A. Atmospheric Nitrogen is the most abundant molecule near the Earth's surface. B. Temperature is most intense within the Earth's inner core making liquid.
Transcribed Image Text:I. MODIFIED TRUE OR FALSE: Determine the truthfulness of each statement. Select the letter of the correct choice. Refer to the following choices: A. Both statements A and B are correct. B. Statement A is correct, and B is incorrect. C. Statement A is incorrect, and B is correct. D. Neither statement A nor B is correct. A. The flow of matter across the Earth's subsystems involves the transformation of matter 1. into energy. B. The breakdown of glucose molecule into CO2 and H2O in the process of cellular respiration corresponds to the formation of a chemical form of energy adenosine triphosphate. 2. should be conserved. A. As a closed system, the Earth's natural resources like the solar energy is limited, thus it B. Heterotrophs become Carbon sink as they oxygen gas to convert carbohydrates into energy. 3. A. In the flow of energy across the Earth's subsystems, 100% of the radiant energy is transformed into glucose by photosynthesis and into ATP by aerobic cellular respiration. B. Heat is always lost in the transformation of ATP, a chemical energy, into kinetic energy by a flying insect. 4. A. Energy from the Earth's interior is conserved through geological processes like volcanic eruption and mantle convection. B. Planets with water cycle replenish chemicals required by organisms. A. Based on the biogeochemical cycles, the phosphorus element found in the ATP molecule 5. has come from the geosphere. B. Photosynthesis involves the flow of matter wherein the photons of light are transformed into glucose. 6. A. Atmospheric Nitrogen is the most abundant molecule near the Earth's surface. B. Temperature is most intense within the Earth's inner core making liquid.
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