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Answer the following questions based on Figure 2.1. Which part of the river possesses the strongest water current? How do you say so? Which part has the weakest current? Why? Where do you think the power plant can be possibly situated? Why?

Answer the following questions based on Figure 2.1. Which part of the river possesses the strongest water current? How do you say so? Which part has the weakest current? Why? Where do you think the power plant can be possibly situated? Why?

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
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The figu What is It them ha so? Answer the following questions based on Figure 2.1. Which part of the river possesses the strongest water current? How do you say so? Which part has the weakest current? Why? Where do you think the power plant can be possibly situated? Why? Give your answer based on Figure 2.2 How do you describe the strength of the water current from the river head to the river mouth? At what course the water possesses the strongest water current? Why? What factor affects the strength of water current? How do you say so? Based on the figure, what part of the river a power plant can be most possibly situated? Why? Can we put up a power plant at the middle course or lower course? How? Figure 2.3
Transcribed Image Text:The figu What is It them ha so? Answer the following questions based on Figure 2.1. Which part of the river possesses the strongest water current? How do you say so? Which part has the weakest current? Why? Where do you think the power plant can be possibly situated? Why? Give your answer based on Figure 2.2 How do you describe the strength of the water current from the river head to the river mouth? At what course the water possesses the strongest water current? Why? What factor affects the strength of water current? How do you say so? Based on the figure, what part of the river a power plant can be most possibly situated? Why? Can we put up a power plant at the middle course or lower course? How? Figure 2.3
process of converting mechanical energy from running water to electrical energy Th lled hydroelectricity. Since 71% of the earth is water, this energy resource is nsidered renewable and is dependent on hydrologic cycle that involves the heat I 4papoy Tracing the Running Water of running water is for milling process (grinding grains). To understand the conversion of mechanical energy to electrical energy, figure 2.1, and 2.2 will give you clue on what part of the river the power plant may perfectly situated. Study the figures and describe the strength of the current based on the given features. Write your description in the box. n the sun to change liquid water into vapor. Looking back to the history, the use es water to its nature ater cycle. jo kiddns tation, the Figure 2.1 nal forces River Head Where River Begins River Mourth Sea or Lake Where R the may Kreu are wau Figure 2.2 pa Estuary Meander River Delta ainos Waterfall ysuew Oxbow Lake Tributary Flood Plain River Mouth Lower Course Middle Course Upper Course jo sso ag 1 Down 091
Transcribed Image Text:process of converting mechanical energy from running water to electrical energy Th lled hydroelectricity. Since 71% of the earth is water, this energy resource is nsidered renewable and is dependent on hydrologic cycle that involves the heat I 4papoy Tracing the Running Water of running water is for milling process (grinding grains). To understand the conversion of mechanical energy to electrical energy, figure 2.1, and 2.2 will give you clue on what part of the river the power plant may perfectly situated. Study the figures and describe the strength of the current based on the given features. Write your description in the box. n the sun to change liquid water into vapor. Looking back to the history, the use es water to its nature ater cycle. jo kiddns tation, the Figure 2.1 nal forces River Head Where River Begins River Mourth Sea or Lake Where R the may Kreu are wau Figure 2.2 pa Estuary Meander River Delta ainos Waterfall ysuew Oxbow Lake Tributary Flood Plain River Mouth Lower Course Middle Course Upper Course jo sso ag 1 Down 091
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