Wilhelm Röntgen was a German physicist born in 1845 who is most famous for his discovery of X-rays in 1895. He was the first person to discover this type of electromagnetic radiation. Röntgen received his PhD in mechanical engineering from the University of Zurich and later worked as a professor where he began his investigations into X-rays. He donated the money from his Nobel Prize in Physics to his university for student education. Röntgen made many contributions to science and received several honors for his work, including having the element 111 named after him.
Wilhelm Röntgen was a German physicist born in 1845 who made groundbreaking discoveries about X-rays in 1895. While experimenting with cathode rays, he observed that a nearby piece of cardboard coated with fluorescent material glowed without being touched. He continued his experiments and found that he could see the bones of his hand through flesh using this new kind of ray. Röntgen went on to take the first ever X-ray photo, of his wife's hand. He shared his discovery widely, and it had a huge impact, leading to his being awarded the first Nobel Prize in Physics in 1901. However, the rays were also found to be dangerous if overexposed to them. Röntgen continued his
Wilhelm Conrad Röntgen was a German physicist born in 1845 who is most famous for his discovery and naming of X-rays, known as Röntgen rays, in 1895. He experimented with electromagnetic radiation and detected an unknown type of radiation that could pass through thin materials like paper and capture images of bones and other internal structures. For this groundbreaking discovery and work on X-rays, Röntgen received the first Nobel Prize in Physics in 1901.
Wilhelm Conrad Röntgen was a German physicist who discovered x-rays (also known as Röntgen rays) in 1895. His discovery revolutionized physics and medicine. He received numerous honors for his work, including the first Nobel Prize in Physics in 1901. Röntgen made many other contributions in mechanics, heat, and electricity over his career as a professor of physics in several universities. He donated money generously from his awards and inheritance to support scientific institutions.
Amf physical science power point wilhelm conrad röntgenaprilmarlene
Wilhelm Conrad Röntgen was a German physicist born in 1845 who is credited with the discovery of X-rays in 1895. While experimenting with cathode ray tubes, he observed that a nearby material emitted light when the tube was operating, which he termed X-rays. He took the first X-ray photographs, including of his wife's hand. For his discovery, he received numerous honors including the first Nobel Prize in Physics in 1901. Röntgen made his discovery accidentally while experimenting on whether cathode rays could pass through glass in his lab in Würzburg, Germany.
Digital radiography provides several advantages over film radiography including improved archiving and distribution of images, higher patient throughput, and potential reduction of patient radiation dose. There are two main types of digital radiography - computed radiography which uses imaging plates and direct radiography which involves intrinsic readout processes without cassettes. Direct radiography can be via direct or indirect conversion and uses flat panel detectors incorporating thin film transistors. Digital images allow various processing techniques and can be stored and shared electronically in picture archiving systems.
Wilhelm Röntgen was a German physicist born in 1845 who is most famous for his discovery of X-rays in 1895. He was the first person to discover this type of electromagnetic radiation. Röntgen received his PhD in mechanical engineering from the University of Zurich and later worked as a professor where he began his investigations into X-rays. He donated the money from his Nobel Prize in Physics to his university for student education. Röntgen made many contributions to science and received several honors for his work, including having the element 111 named after him.
Wilhelm Röntgen was a German physicist born in 1845 who made groundbreaking discoveries about X-rays in 1895. While experimenting with cathode rays, he observed that a nearby piece of cardboard coated with fluorescent material glowed without being touched. He continued his experiments and found that he could see the bones of his hand through flesh using this new kind of ray. Röntgen went on to take the first ever X-ray photo, of his wife's hand. He shared his discovery widely, and it had a huge impact, leading to his being awarded the first Nobel Prize in Physics in 1901. However, the rays were also found to be dangerous if overexposed to them. Röntgen continued his
Wilhelm Conrad Röntgen was a German physicist born in 1845 who is most famous for his discovery and naming of X-rays, known as Röntgen rays, in 1895. He experimented with electromagnetic radiation and detected an unknown type of radiation that could pass through thin materials like paper and capture images of bones and other internal structures. For this groundbreaking discovery and work on X-rays, Röntgen received the first Nobel Prize in Physics in 1901.
Wilhelm Conrad Röntgen was a German physicist who discovered x-rays (also known as Röntgen rays) in 1895. His discovery revolutionized physics and medicine. He received numerous honors for his work, including the first Nobel Prize in Physics in 1901. Röntgen made many other contributions in mechanics, heat, and electricity over his career as a professor of physics in several universities. He donated money generously from his awards and inheritance to support scientific institutions.
Amf physical science power point wilhelm conrad röntgenaprilmarlene
Wilhelm Conrad Röntgen was a German physicist born in 1845 who is credited with the discovery of X-rays in 1895. While experimenting with cathode ray tubes, he observed that a nearby material emitted light when the tube was operating, which he termed X-rays. He took the first X-ray photographs, including of his wife's hand. For his discovery, he received numerous honors including the first Nobel Prize in Physics in 1901. Röntgen made his discovery accidentally while experimenting on whether cathode rays could pass through glass in his lab in Würzburg, Germany.
Digital radiography provides several advantages over film radiography including improved archiving and distribution of images, higher patient throughput, and potential reduction of patient radiation dose. There are two main types of digital radiography - computed radiography which uses imaging plates and direct radiography which involves intrinsic readout processes without cassettes. Direct radiography can be via direct or indirect conversion and uses flat panel detectors incorporating thin film transistors. Digital images allow various processing techniques and can be stored and shared electronically in picture archiving systems.
A Medicina Nuclear utiliza técnicas seguras e indolores para formar imagens do corpo e tratar doenças, através da administração de traçadores radioativos e obtenção e análise de imagens. Além de diagnóstico, possui aplicações terapêuticas como a cintilografia miocárdica, que avalia a perfusão do coração, e exames da tireóide e ossos.
Ernest Rutherford was a nuclear physicist born in 1871 in New Zealand who made several groundbreaking discoveries about the structure of atoms and radioactive decay. He studied at the University of New Zealand and conducted research that led to his first major science prize in 1904. Some of Rutherford's key discoveries included discovering the radioactive gas radon in 1897, proposing the nuclear model of the atom in 1911 which described the atom's nucleus, and predicting the existence of neutrons in 1920. Rutherford was knighted in 1914 and became the first person to successfully achieve nuclear transmutation by transforming nitrogen into oxygen in 1917.
Marie Curie was a Polish and French physicist and chemist who conducted pioneering research on radioactivity. She was the first woman to receive a Nobel Prize and the only woman to receive the Nobel Prize twice. Some of her major accomplishments included discovering the elements polonium and radium, being the first woman to teach at the Sorbonne, and inventing the term "radioactivity". She faced many challenges as a female scientist but overcame barriers to education and discrimination to become a groundbreaking researcher.
A medicina nuclear usa pequenas quantidades de materiais radioativos combinados com medicamentos para formar imagens do corpo humano e tratar doenças. Radiofármacos são substâncias químicas com elementos radioativos que são reconhecidos pelo corpo como similares a substâncias naturais e processados por órgãos e tecidos. Detectores como câmeras de ionização e gama câmaras são usados para detectar a radiação emitida e formar imagens.
This document discusses radiographic grids, which are devices used to improve radiographic image contrast by absorbing scatter radiation before it reaches the image receptor. The key points are:
Grids are composed of alternating strips of lead and interspace material. They allow primary radiation to pass through the slits while attenuating scattered radiation. Common grid ratios are 8:1, 10:1, and 12:1. Higher ratios improve contrast but also increase patient dose. Grid selection depends on factors like radiation energy. While grids improve image quality, proper positioning is needed to avoid cut-off effects.
1. A história do desenvolvimento da tomografia computadorizada teve contribuições importantes de pesquisadores como Johann Radon, que desenvolveu a transformada de Radon, essencial para o processamento de imagens; William Oldendorf, que realizou experimentos iniciais com radiação gama; e Godfrey Hounsfield, que construiu o primeiro tomógrafo clínico.
2. As gerações sucessivas de equipamentos de tomografia trouxeram melhorias como maior número de detectores, geometria do feixe em formato de leque, tempo
Wilhelm Röntgen was a German physicist born in 1845 who discovered X-rays in 1895 while experimenting with cathode ray tubes in a dark laboratory. On November 8, 1895, he noticed a fluorescent screen lighting up in a nearby drawer, even though it was not attached to the discharge tube. He concluded he had discovered a new kind of radiation which he named X-rays. In 1901, Röntgen received the first Nobel Prize in Physics for his discovery of X-rays. He refused to patent the discovery and donated the prize money to his university.
Antoine Henri Becquerel was a French physicist born in 1852 into a family of distinguished scientists. He discovered radioactivity in 1896 while investigating phosphorescence of uranium salts, finding that uranium emitted radiation without an external energy source. This discovery of natural radioactivity preceded the discovery of X-rays and marked the beginning of modern nuclear physics. Becquerel's contributions led to the development of uses for radiation in medicine and earned him the 1903 Nobel Prize in Physics, shared with Pierre and Marie Curie.
Nuclear imaging uses radioactive tracers and gamma cameras to produce functional images of the body. It has advantages over radiography like examining whole organs at once and providing computerized analysis. Common radiotracers like Tc-99m have short half-lives and emit gamma rays detectable by gamma cameras. These cameras use collimators, scintillation crystals and photomultiplier tubes to convert gamma rays into 2D images. SPECT provides 3D tomographic images by rotating gamma cameras around the patient. Nuclear imaging is useful for assessing organ function but has limitations like low resolution and radiation exposure.
Este documento descreve a história da radiologia no Brasil, começando com a introdução da primeira máquina de raios X por José Carlos Ferreira Pires em 1897. Detalha os principais pontos como o transporte difícil da máquina, as longas exposições necessárias para as primeiras radiografias, e as descobertas iniciais de Pires. Também fala sobre a invenção da abreugrafia por Manoel Dias de Abreu na década de 1930 para exames preventivos de tuberculose.
Session Title:
Radioiodine Therapy for Hyperthyroidism: The State of the Art
Presented at the Annual Meeting of the Society of Nuclear Medicine and Molecular Imaging in Denver, CO on Tuesday, June 13, 4:45PM–6:15PM
A RNMf mede a atividade cerebral mapeando o fluxo sanguíneo no cérebro. Ela permite que os médicos vejam quais áreas do cérebro estão mais ativas durante diferentes tarefas ou estímulos. A técnica usa campos magnéticos e ondas de rádio para detectar variações no fluxo sanguíneo que indicam quais regiões cerebrais estão sendo mais utilizadas. A RNMf oferece novas formas de entender como o cérebro funciona, mas ainda há limitações em interpretar completamente os resultados.
1) Joseph Louis Proust was born in France in 1754 and studied chemistry in his father's apothecary shop.
2) In 1774, he moved to Paris to become an apothecary at a large hospital. He later taught chemistry in Spain.
3) Proust is most known for proposing the law of definite proportions in 1784, which states that a chemical compound always contains the same elements in the same proportion by mass. This laid the foundation for modern chemistry.
Sir Isaac Newton was an influential English scientist born in 1642 who made important discoveries in physics and mathematics. He developed the three laws of motion and the law of universal gravitation. Newton studied at Trinity College, Cambridge and was a professor there, making his key discoveries while the university was closed from 1664 to 1666. These included establishing that white light is made of all the colors of the rainbow and deducing that the force that causes apples and the moon to fall is the same force that governs the entire universe.
Wilhelm Conrad Röentgen was a German physicist who discovered x-rays in 1895. He was awarded the first Nobel Prize in Physics in 1901 for his discovery. Röentgen discovered x-rays accidentally while experimenting with cathode ray tubes. He noticed a fluorescent glow coming from a nearby screen and realized some new type of radiation was causing this. When he placed his wife's hand on photographic plates and exposed them to this radiation, the outline of bones in her hand appeared on the developed plate. This led him to name this new type of radiation "x-rays".
This document provides an overview and introduction to the textbook "Digital Radiography: Physical Principles and Quality Control" by Euclid Seeram. It includes a dedication to the author's granddaughters, as well as forewords from experts in the field praising the author's expertise and ability to explain complex concepts. The preface outlines updates and new content in the second edition, including additional chapters on topics such as the standardized exposure indicator, digital tomosynthesis, and medical imaging informatics. The purpose and organization of the textbook are also summarized.
USG atau ultrasonografi adalah teknik pencitraan medis menggunakan gelombang suara ultra untuk mengamati organ dalam dan jaringan. Teknik ini berguna untuk memeriksa organ karena mampu menghasilkan citra struktur internal dan ukuran organ secara non-invasif. USG bekerja dengan mengirimkan gelombang suara melalui transducer ke tubuh pasien dan mencitrakan pantulan gelombang yang dipantulkan oleh jaringan.
Basketball is a team sport played by two teams of five players on a rectangular court. The objective is to score more points than the opposing team by shooting a ball through a hoop mounted high above the court. Players can score two or three points depending on where they shoot from on the court. Teams advance the ball by dribbling or passing it to teammates, and must follow rules around traveling and double dribbling. Basketball is one of the most popular sports watched worldwide.
A Medicina Nuclear utiliza técnicas seguras e indolores para formar imagens do corpo e tratar doenças, através da administração de traçadores radioativos e obtenção e análise de imagens. Além de diagnóstico, possui aplicações terapêuticas como a cintilografia miocárdica, que avalia a perfusão do coração, e exames da tireóide e ossos.
Ernest Rutherford was a nuclear physicist born in 1871 in New Zealand who made several groundbreaking discoveries about the structure of atoms and radioactive decay. He studied at the University of New Zealand and conducted research that led to his first major science prize in 1904. Some of Rutherford's key discoveries included discovering the radioactive gas radon in 1897, proposing the nuclear model of the atom in 1911 which described the atom's nucleus, and predicting the existence of neutrons in 1920. Rutherford was knighted in 1914 and became the first person to successfully achieve nuclear transmutation by transforming nitrogen into oxygen in 1917.
Marie Curie was a Polish and French physicist and chemist who conducted pioneering research on radioactivity. She was the first woman to receive a Nobel Prize and the only woman to receive the Nobel Prize twice. Some of her major accomplishments included discovering the elements polonium and radium, being the first woman to teach at the Sorbonne, and inventing the term "radioactivity". She faced many challenges as a female scientist but overcame barriers to education and discrimination to become a groundbreaking researcher.
A medicina nuclear usa pequenas quantidades de materiais radioativos combinados com medicamentos para formar imagens do corpo humano e tratar doenças. Radiofármacos são substâncias químicas com elementos radioativos que são reconhecidos pelo corpo como similares a substâncias naturais e processados por órgãos e tecidos. Detectores como câmeras de ionização e gama câmaras são usados para detectar a radiação emitida e formar imagens.
This document discusses radiographic grids, which are devices used to improve radiographic image contrast by absorbing scatter radiation before it reaches the image receptor. The key points are:
Grids are composed of alternating strips of lead and interspace material. They allow primary radiation to pass through the slits while attenuating scattered radiation. Common grid ratios are 8:1, 10:1, and 12:1. Higher ratios improve contrast but also increase patient dose. Grid selection depends on factors like radiation energy. While grids improve image quality, proper positioning is needed to avoid cut-off effects.
1. A história do desenvolvimento da tomografia computadorizada teve contribuições importantes de pesquisadores como Johann Radon, que desenvolveu a transformada de Radon, essencial para o processamento de imagens; William Oldendorf, que realizou experimentos iniciais com radiação gama; e Godfrey Hounsfield, que construiu o primeiro tomógrafo clínico.
2. As gerações sucessivas de equipamentos de tomografia trouxeram melhorias como maior número de detectores, geometria do feixe em formato de leque, tempo
Wilhelm Röntgen was a German physicist born in 1845 who discovered X-rays in 1895 while experimenting with cathode ray tubes in a dark laboratory. On November 8, 1895, he noticed a fluorescent screen lighting up in a nearby drawer, even though it was not attached to the discharge tube. He concluded he had discovered a new kind of radiation which he named X-rays. In 1901, Röntgen received the first Nobel Prize in Physics for his discovery of X-rays. He refused to patent the discovery and donated the prize money to his university.
Antoine Henri Becquerel was a French physicist born in 1852 into a family of distinguished scientists. He discovered radioactivity in 1896 while investigating phosphorescence of uranium salts, finding that uranium emitted radiation without an external energy source. This discovery of natural radioactivity preceded the discovery of X-rays and marked the beginning of modern nuclear physics. Becquerel's contributions led to the development of uses for radiation in medicine and earned him the 1903 Nobel Prize in Physics, shared with Pierre and Marie Curie.
Nuclear imaging uses radioactive tracers and gamma cameras to produce functional images of the body. It has advantages over radiography like examining whole organs at once and providing computerized analysis. Common radiotracers like Tc-99m have short half-lives and emit gamma rays detectable by gamma cameras. These cameras use collimators, scintillation crystals and photomultiplier tubes to convert gamma rays into 2D images. SPECT provides 3D tomographic images by rotating gamma cameras around the patient. Nuclear imaging is useful for assessing organ function but has limitations like low resolution and radiation exposure.
Este documento descreve a história da radiologia no Brasil, começando com a introdução da primeira máquina de raios X por José Carlos Ferreira Pires em 1897. Detalha os principais pontos como o transporte difícil da máquina, as longas exposições necessárias para as primeiras radiografias, e as descobertas iniciais de Pires. Também fala sobre a invenção da abreugrafia por Manoel Dias de Abreu na década de 1930 para exames preventivos de tuberculose.
Session Title:
Radioiodine Therapy for Hyperthyroidism: The State of the Art
Presented at the Annual Meeting of the Society of Nuclear Medicine and Molecular Imaging in Denver, CO on Tuesday, June 13, 4:45PM–6:15PM
A RNMf mede a atividade cerebral mapeando o fluxo sanguíneo no cérebro. Ela permite que os médicos vejam quais áreas do cérebro estão mais ativas durante diferentes tarefas ou estímulos. A técnica usa campos magnéticos e ondas de rádio para detectar variações no fluxo sanguíneo que indicam quais regiões cerebrais estão sendo mais utilizadas. A RNMf oferece novas formas de entender como o cérebro funciona, mas ainda há limitações em interpretar completamente os resultados.
1) Joseph Louis Proust was born in France in 1754 and studied chemistry in his father's apothecary shop.
2) In 1774, he moved to Paris to become an apothecary at a large hospital. He later taught chemistry in Spain.
3) Proust is most known for proposing the law of definite proportions in 1784, which states that a chemical compound always contains the same elements in the same proportion by mass. This laid the foundation for modern chemistry.
Sir Isaac Newton was an influential English scientist born in 1642 who made important discoveries in physics and mathematics. He developed the three laws of motion and the law of universal gravitation. Newton studied at Trinity College, Cambridge and was a professor there, making his key discoveries while the university was closed from 1664 to 1666. These included establishing that white light is made of all the colors of the rainbow and deducing that the force that causes apples and the moon to fall is the same force that governs the entire universe.
Wilhelm Conrad Röentgen was a German physicist who discovered x-rays in 1895. He was awarded the first Nobel Prize in Physics in 1901 for his discovery. Röentgen discovered x-rays accidentally while experimenting with cathode ray tubes. He noticed a fluorescent glow coming from a nearby screen and realized some new type of radiation was causing this. When he placed his wife's hand on photographic plates and exposed them to this radiation, the outline of bones in her hand appeared on the developed plate. This led him to name this new type of radiation "x-rays".
This document provides an overview and introduction to the textbook "Digital Radiography: Physical Principles and Quality Control" by Euclid Seeram. It includes a dedication to the author's granddaughters, as well as forewords from experts in the field praising the author's expertise and ability to explain complex concepts. The preface outlines updates and new content in the second edition, including additional chapters on topics such as the standardized exposure indicator, digital tomosynthesis, and medical imaging informatics. The purpose and organization of the textbook are also summarized.
USG atau ultrasonografi adalah teknik pencitraan medis menggunakan gelombang suara ultra untuk mengamati organ dalam dan jaringan. Teknik ini berguna untuk memeriksa organ karena mampu menghasilkan citra struktur internal dan ukuran organ secara non-invasif. USG bekerja dengan mengirimkan gelombang suara melalui transducer ke tubuh pasien dan mencitrakan pantulan gelombang yang dipantulkan oleh jaringan.
Basketball is a team sport played by two teams of five players on a rectangular court. The objective is to score more points than the opposing team by shooting a ball through a hoop mounted high above the court. Players can score two or three points depending on where they shoot from on the court. Teams advance the ball by dribbling or passing it to teammates, and must follow rules around traveling and double dribbling. Basketball is one of the most popular sports watched worldwide.
Hockey jerseys have undergone many changes since the NHL's founding in 1917. Originally, teams would buy bulk sweaters and add numbers and logos. By the 1920s, teams introduced dark and white home and away jerseys. Throughout the 20th century, rules changed regarding colors worn at home and away games. In the 1970s, names were added to jerseys amid some protest. Commemorative patches have honored league anniversaries. A single manufacturer was selected in 2005 to produce all jersey designs.
Los rayos X son una forma de radiación electromagnética descubierta por Wilhelm Roentgen en 1895. Fueron producidos accidentalmente mientras investigaba los rayos catódicos. Roentgen descubrió que los rayos X podían atravesar tejidos blandos y captar la imagen de los huesos en placas fotográficas. Desde entonces, los rayos X se han utilizado ampliamente en medicina y la industria.
El Comité Paritario de Salud Ocupacional (COPASO) constituye un medio importante para promover la salud ocupacional en las empresas. Todas las empresas e instituciones públicas o privadas con 10 o más trabajadores deben conformar un COPASO, mientras que las empresas con menos de 10 trabajadores deben nombrar un Vigía Ocupacional. El COPASO debe estar conformado por igual número de representantes de los trabajadores y la administración, mientras que el Vigía Ocupacional es elegido solo por la administración.
Actividades unidad vi educacion a distancia12200503ma
Este documento presenta actividades sobre comunicación, medios de comunicación y recursos didácticos en educación a distancia. Incluye definir conceptos de comunicación, elaborar un esquema de medios utilizados y un ensayo sobre la importancia educativa de la Web 2.0 y los sistemas de gestión de aprendizaje.
Una epidemia se refiere a un número de casos de una enfermedad que excede lo esperado en una comunidad, requiriendo atacar la fuente de transmisión, tratar y aislar casos, y aumentar la resistencia de la población. Una endemia se refiere al número normal de casos de una enfermedad infecciosa que ocurren en un lugar. La epidemiología estudia las personas, lugares, tiempos y características de los casos para aplicar la vigilancia de enfermedades, comprender su frecuencia y definición, y aseg
Este documento describe el lenguaje de consultas estructuradas SQL, incluyendo sus estándares, conceptos clave como esquemas y catálogos, y órdenes comunes como CREATE, SELECT e INSERT. Explica los tipos de datos SQL y cómo definir tablas, vistas y esquemas. También cubre operadores lógicos y de comparación para consultas SELECT, así como subconsultas y diferentes tipos de joins.
Este documento describe la organización jurídica del fútbol a nivel mundial y en Argentina. Explica que las asociaciones nacionales de fútbol surgieron siguiendo el modelo inglés a partir de 1863, y que la FIFA fue clave para consolidar un sistema internacional que rige el fútbol globalmente desde 1904. Luego, detalla la evolución histórica de la organización del fútbol en Argentina desde su fundación en 1893 hasta la actualidad, resaltando la influencia de los presidentes de la nación en la Asociación del Fútbol Argentino
El documento habla sobre la necesidad de aplicaciones en tiempo real y las tecnologías disponibles para lograrlo, como HTML5 WebSockets y SignalR. SignalR abstrae el modelo subyacente de polling y provee un solo modelo de programación para establecer conexiones persistentes entre clientes y servidores utilizando el mejor transporte disponible, ya sea WebSockets o polling. El documento también explica cómo SignalR permite comunicaciones de un-a-muchos a través de Hubs, donde los métodos del servidor pueden invocarse desde el cliente y viceversa.
The document discusses how technology and empowered patients are changing the role of physicians. It notes that patients now have access to unlimited information online to research conditions and treatments, and can connect with others. As a result, the role of physicians is shifting from being the sole source of information to providing diagnosis, predictive care, personalized care, and evidence-based recommendations. Technology is also reducing the need for some traditional medical skills like using a stethoscope. Overall, the document argues that while physicians will still be needed, their role will be radically redefined to focus more on high-level tasks while patients handle more of their own basic research and care.
Este documento describe los conceptos y componentes clave de un marco teórico. Explica que un marco teórico incluye conceptos y teorías que se usan para desarrollar un argumento o tesis. También describe las funciones de un marco teórico como orientar el estudio, prevenir errores y proveer sustento teórico. Finalmente, señala que las teorías se contrastan para probar cuál explica mejor la realidad.
Este documento presenta el Plan de Centro del CEIP Castillo de Anzur. Se divide en cuatro bloques que describen el contexto del centro, los elementos curriculares básicos, la atención a la diversidad y la convivencia. Incluye información sobre la comunidad educativa, los objetivos, líneas de actuación, contenidos, evaluación, organización del tiempo y planes para la diversidad, refuerzo, convivencia y orientación.
Healthy foods like fruits and vegetables provide health benefits and prevent obesity, while junk foods like chips and sweets can cause heart problems and obesity due to an unbalanced diet. The document lists common fruits like apples, pears, oranges and bananas and vegetables like kale, lettuce, broccoli and carrots as healthy options, with chips and chocolate identified as junk foods. The favorite food of the author is chips.
Itt olvasható a Boronkay középiskola egyik népszerű pedagógusának, Dr. Tóth Eszter tanárnőnek egy rendkívül érdekes tanulmánya, amelyet Atommag Centenáriumi Éve tiszteletére állított össze.