Engineers Institute of India provide complete GATE 2017 solution for Computer Science set 2 DS, ALGO, C. For more information visit here http://www.engineersinstitute.com.
Ferreira Júnior; Figueiredo - O artesanato de miriti e os espaços públicos da...Amarildo Ferreira
Este é o quinto capítulo do livro "Sociedade, campo social e espaço público", organizado pelos professores Edna Maria Ramos de Castro e Silvio Lima Figueiredo e publicado pela editora do Núcleo de Altos Estudos Amazônicos da Universidade Federal do Pará (NAEA/UFPA), inaugurando a série "Desenvolvimento e sustentabilidade".
No livro constam trabalhos de pesquisa de professores e discentes do Programa de Pós-Graduação em Desenvolvimento Sustentável do Trópico Úmido (PPGDSTU), do NAEA, elaborados numa perspectiva interdisciplinar com contribuições teóricas e metodologias trazidas por disciplinas da grande área de humanidades, dividindo-se em três partes: (1) estudos sobre transformações sociais, econômicas e territoriais; (2) artigos que tratam da área da comunicação e informação sob várias perspectivas e recortes temáticos; e (3) discussões de questões relativas à desigualdade social, políticas públicas e modelos de gerenciamento de bens e recursos públicos.
Localizado na primeira parte do livro, este capítulo demonstra a produção dos espaços usados pelos chamados artesãos de miriti de Abaetetuba durante os festejos do Círio de Nazaré, que ocorrem anualmente no mês de outubro, em Belém, capital do Pará, apresentando as diferenças entre esses espaços da cidade e suas consequências para os artesãos.
Planting trees provides many environmental benefits. Trees absorb carbon dioxide and produce oxygen, helping to reduce air pollution. They also help prevent soil erosion, provide shade to lower temperatures, and create habitats for wildlife.
The document discusses science clubs, problem solving, and psychomotor skill development. It defines science clubs as organizations that provide opportunities for students to explore science outside the classroom. It describes organizing a science club, significance of clubs, and potential club activities. The document also discusses approaches to problem solving, training students in problem solving skills, and theories of how psychomotor skills develop as students progress from cognitive to autonomous stages of learning movements. The overall goals are to supplement classroom learning and develop students' scientific thinking, problem solving abilities, and psychomotor skills.
This document discusses the importance and differences between field trips and excursions in education. Field trips are organized visits to places to enrich learning outside of the classroom, while excursions are longer school journeys involving travel. Both provide hands-on experiences that classroom learning cannot, such as stimulating interest in nature and developing observation skills. Careful planning is needed to make field trips and excursions effective with clear objectives, preparation, and follow-up activities to consolidate what was learned.
This document discusses science fairs and exhibitions and their importance in education. It defines science fairs as competitions where students present science projects through reports, displays and models. Exhibitions are organized presentations and displays of selected items. The document notes that while similar, science fairs and exhibitions have different purposes. Science fairs aim to give hands-on experiences beyond the classroom and help students learn from each other, while exhibitions correlate classroom learning to the community and develop social skills. Both science fairs and exhibitions provide opportunities to recognize scientific talents and stimulate interest in scientific investigation.
The document discusses human resources in mathematics teaching and learning. It describes a government project that aims to promote mobility of human resources in mathematics within India. The project supports inviting foreign and Indian mathematicians of repute to visit universities as visiting faculty. It also discusses online math homework help resources that are available to assist students with complex math assignments.
The document is a power point presentation about polygons and the sum of their interior angles. It states that the sum of interior angles in a triangle is 180 degrees, in a quadrilateral is 180 degrees, and so on for polygons with more sides. It also shows that the sum of exterior angles of any polygon will always be 3600. The presentation provides formulas and calculations to demonstrate these properties of polygon interior and exterior angles.
The document discusses the CHEM-STUDY program, which was developed in 1960 by J.A. Campbell to improve chemistry education. CHEM-STUDY emphasizes chemical structures and uses an inductive approach through experimentation. It aims to update chemistry concepts, improve student understanding, relate chemistry to everyday life, and provide laboratory experiences. Materials developed for CHEM-STUDY include textbooks, lab manuals, films, and teacher guides. The program begins with an overview of chemistry and key concepts, moves to microscopic views of reactions, and concludes with introductions to organic chemistry and biochemistry.
This document defines and provides examples of five main types of energy: mechanical energy, electromagnetic energy, electrical energy, chemical energy, and thermal energy. Mechanical energy is the energy of motion or position, electromagnetic energy includes light and radiation, electrical energy is caused by electron movement, chemical energy is stored in chemical bonds, and thermal energy is heat. Examples of each type of energy transformation are also discussed.
This document discusses various water treatment processes for different types of pollutants. It provides information on disinfection methods like chlorination and UV treatment for bacteria, as well as processes like ion exchange for water softening to remove calcium and magnesium. It also discusses carbon filtration to remove organic chemicals, tastes and odors, as well as processes for treating hydrogen sulfide like chlorination and oxidation filters. Reverse osmosis and distillation are also summarized as water treatment methods.
- Atoms contain positively charged protons, uncharged neutrons, and negatively charged electrons. Electrons orbit the small, dense nucleus that contains protons and neutrons.
- Rutherford's gold foil experiment showed that the atom consists mostly of empty space, with a small, dense nucleus at the center containing most of the atom's mass.
- Electrons orbit the nucleus in distinct energy levels or shells, allowing atoms to be stable without electrons losing energy through radiation.
This document provides a summary of the structure of the atom. It discusses the three main subatomic particles - electrons, protons, and neutrons. It then describes the historical models of the atom including Thomson's plum pudding model, Rutherford's nuclear model, and Bohr's orbital model. Key topics covered include the distribution of electrons in shells, atomic number, mass number, isotopes, isobars, and valency.
This document discusses fractional distillation and the boiling point of liquids. It explains that the boiling point is the temperature at which the vapor pressure of a liquid equals the surrounding pressure. For pure liquids, the boiling point remains constant as boiling occurs. However, for liquid mixtures, the boiling temperature rises over time as the more volatile component evaporates first. Fractional distillation takes advantage of vapor enrichment to separate mixtures based on differences in boiling points. Multiple vaporization-condensation steps in a distillation column allow for near pure separation of components.
Engineers Institute of India provide complete GATE 2017 solution for Computer Science set 2 DS, ALGO, C. For more information visit here http://www.engineersinstitute.com.
Ferreira Júnior; Figueiredo - O artesanato de miriti e os espaços públicos da...Amarildo Ferreira
Este é o quinto capítulo do livro "Sociedade, campo social e espaço público", organizado pelos professores Edna Maria Ramos de Castro e Silvio Lima Figueiredo e publicado pela editora do Núcleo de Altos Estudos Amazônicos da Universidade Federal do Pará (NAEA/UFPA), inaugurando a série "Desenvolvimento e sustentabilidade".
No livro constam trabalhos de pesquisa de professores e discentes do Programa de Pós-Graduação em Desenvolvimento Sustentável do Trópico Úmido (PPGDSTU), do NAEA, elaborados numa perspectiva interdisciplinar com contribuições teóricas e metodologias trazidas por disciplinas da grande área de humanidades, dividindo-se em três partes: (1) estudos sobre transformações sociais, econômicas e territoriais; (2) artigos que tratam da área da comunicação e informação sob várias perspectivas e recortes temáticos; e (3) discussões de questões relativas à desigualdade social, políticas públicas e modelos de gerenciamento de bens e recursos públicos.
Localizado na primeira parte do livro, este capítulo demonstra a produção dos espaços usados pelos chamados artesãos de miriti de Abaetetuba durante os festejos do Círio de Nazaré, que ocorrem anualmente no mês de outubro, em Belém, capital do Pará, apresentando as diferenças entre esses espaços da cidade e suas consequências para os artesãos.
Planting trees provides many environmental benefits. Trees absorb carbon dioxide and produce oxygen, helping to reduce air pollution. They also help prevent soil erosion, provide shade to lower temperatures, and create habitats for wildlife.
The document discusses science clubs, problem solving, and psychomotor skill development. It defines science clubs as organizations that provide opportunities for students to explore science outside the classroom. It describes organizing a science club, significance of clubs, and potential club activities. The document also discusses approaches to problem solving, training students in problem solving skills, and theories of how psychomotor skills develop as students progress from cognitive to autonomous stages of learning movements. The overall goals are to supplement classroom learning and develop students' scientific thinking, problem solving abilities, and psychomotor skills.
This document discusses the importance and differences between field trips and excursions in education. Field trips are organized visits to places to enrich learning outside of the classroom, while excursions are longer school journeys involving travel. Both provide hands-on experiences that classroom learning cannot, such as stimulating interest in nature and developing observation skills. Careful planning is needed to make field trips and excursions effective with clear objectives, preparation, and follow-up activities to consolidate what was learned.
This document discusses science fairs and exhibitions and their importance in education. It defines science fairs as competitions where students present science projects through reports, displays and models. Exhibitions are organized presentations and displays of selected items. The document notes that while similar, science fairs and exhibitions have different purposes. Science fairs aim to give hands-on experiences beyond the classroom and help students learn from each other, while exhibitions correlate classroom learning to the community and develop social skills. Both science fairs and exhibitions provide opportunities to recognize scientific talents and stimulate interest in scientific investigation.
The document discusses human resources in mathematics teaching and learning. It describes a government project that aims to promote mobility of human resources in mathematics within India. The project supports inviting foreign and Indian mathematicians of repute to visit universities as visiting faculty. It also discusses online math homework help resources that are available to assist students with complex math assignments.
The document is a power point presentation about polygons and the sum of their interior angles. It states that the sum of interior angles in a triangle is 180 degrees, in a quadrilateral is 180 degrees, and so on for polygons with more sides. It also shows that the sum of exterior angles of any polygon will always be 3600. The presentation provides formulas and calculations to demonstrate these properties of polygon interior and exterior angles.
The document discusses the CHEM-STUDY program, which was developed in 1960 by J.A. Campbell to improve chemistry education. CHEM-STUDY emphasizes chemical structures and uses an inductive approach through experimentation. It aims to update chemistry concepts, improve student understanding, relate chemistry to everyday life, and provide laboratory experiences. Materials developed for CHEM-STUDY include textbooks, lab manuals, films, and teacher guides. The program begins with an overview of chemistry and key concepts, moves to microscopic views of reactions, and concludes with introductions to organic chemistry and biochemistry.
This document defines and provides examples of five main types of energy: mechanical energy, electromagnetic energy, electrical energy, chemical energy, and thermal energy. Mechanical energy is the energy of motion or position, electromagnetic energy includes light and radiation, electrical energy is caused by electron movement, chemical energy is stored in chemical bonds, and thermal energy is heat. Examples of each type of energy transformation are also discussed.
This document discusses various water treatment processes for different types of pollutants. It provides information on disinfection methods like chlorination and UV treatment for bacteria, as well as processes like ion exchange for water softening to remove calcium and magnesium. It also discusses carbon filtration to remove organic chemicals, tastes and odors, as well as processes for treating hydrogen sulfide like chlorination and oxidation filters. Reverse osmosis and distillation are also summarized as water treatment methods.
- Atoms contain positively charged protons, uncharged neutrons, and negatively charged electrons. Electrons orbit the small, dense nucleus that contains protons and neutrons.
- Rutherford's gold foil experiment showed that the atom consists mostly of empty space, with a small, dense nucleus at the center containing most of the atom's mass.
- Electrons orbit the nucleus in distinct energy levels or shells, allowing atoms to be stable without electrons losing energy through radiation.
This document provides a summary of the structure of the atom. It discusses the three main subatomic particles - electrons, protons, and neutrons. It then describes the historical models of the atom including Thomson's plum pudding model, Rutherford's nuclear model, and Bohr's orbital model. Key topics covered include the distribution of electrons in shells, atomic number, mass number, isotopes, isobars, and valency.
This document discusses fractional distillation and the boiling point of liquids. It explains that the boiling point is the temperature at which the vapor pressure of a liquid equals the surrounding pressure. For pure liquids, the boiling point remains constant as boiling occurs. However, for liquid mixtures, the boiling temperature rises over time as the more volatile component evaporates first. Fractional distillation takes advantage of vapor enrichment to separate mixtures based on differences in boiling points. Multiple vaporization-condensation steps in a distillation column allow for near pure separation of components.