Briefly describe in writing on your logbook how structures and pointe.pdf

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Briefly describe in writing on your logbook how structures and pointers can be used to create data structures such as linked lists and trees. Solution structure are used to group together the variable of different data type. Pointers are used to store the address of any data type. With the help of the above data structures such as trees and linked list can be created. Below are the examples: struct Node { int data; Node *next; }; Above structure will create a linked list node. It will hold a data of type int and to create a linked list we need to store the address of same type of node in the current node hence we have a pointer to a type of node. struct treenode { int data; treenode *left; treenode *right; }; Above structure will create a node for tree. data will hold the data of type int. Considering it a binary tree every node has two child, one to its left and one to its right. Since the child are of same structure hence we need to store the pointer to treenode type of structure..

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In the United States today, nearly all of our electricity is produced by fossil-fuel power plants burning coal or natural gas, nuclear power plants, and hydroelectric power plants. Using the Internet, determine the percent contributions of these types of electricity generation to the U.S. total. For each of the four types, determine at least three significant environmental considerations associated with it and how such environmental aspects affect the respective plant design, operation, and cost. Write a report with at least three references. please type the answer Solution Major energy sources and percent share of total U.S. electricity generation in 2015: Significant environmental impacts of coal; Though abundant, coal is a dirty energy source that is responsible for more than a quarter of the nation\'s total global warming emissions, including 80 percent of all those from power plants. Coal also has significant, and harmful, consequences for the environment. Coal mining degrades surrounding landscapes, burning coal releases toxins into the atmosphere, and coal-generated electricity places heavy demands on water resources. It all adds up to a huge, and costly, impact. To reduce the impact on water, filters are used to remove harmfull chemicals before releasing the water to water bodies. Same method is used to reduce air pollution. To prevent damage to land, the waste have to be transported to waste lands and are burried there. All these adds huge amount of operating costs. Significant environmental impacts of Natural gas; Natural gas extraction threatens ecosystems from northern Alaska and Canada to the Gulf of Mexico, including drilling on farms, public lands, forests and parks, in the Rocky Mountains and other coal-field communities, off of U.S. coastal waters and possibly even under the Great Lakes. Deep drilling technologies such as \"hydraulic fracturing\" or \"fracking\" have recently opened areas of the U.S. to drilling, leaving a legacy of groundwater pollution. Hydraulic fracturing is the process of injecting water, salt, and a cocktail of hazardous chemicals deep underground to break open rock formations from which natural gas is extracted. Hydraulic fracking techniques threaten communities facing drilling operations and downstream communities, including communities near \"frac\" wastewater treatment plants. This wastewater can contain radioactive materials, high levels of salt that affects aquatic life, and carcinogenic elements and compounds such as arsenic and benzene. Pipelines and compressor stations add to the harms, crossing all sorts of ecosystems. Even water bodies like Lake Erie and the Long Island Sound have faced proposals to bury pipelines in underwater trenches that involve stirring up toxic sentiment accumulated on lake/sound floors. Natural gas power plants are significant air pollution sources, releasing hazardous air pollutants, global warming pollution and fine particulate matter. Natural gas is worse than coal .

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