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Participa y concursa en las actividades propuestas

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Copia de FERIA DE LA CIENCIA DEL IES ALHAMA 2

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En colaboración con el Grupo de trabajo de Realidad aumentada trabajamos las figuras geométricas, investigando, experimentando y visualizando en 3D.

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¿Sabemos lo que comemos?
El alumnado de 4 ESO Ciencias Aplicadas trabajan en un proyecto de investigación, experimentación y concienciación. Gracias a Inmaculada Linde.

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CONCLUSIONES CO2 PANDEMIA

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Mediciones del CO2, Tecnicas de laboratorio

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ACTIVIDADES PARA ALUMNADO

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Educaplay utiliza cookies propias y de terceros para fines analíticos anónimos, guardar las preferencias que selecciones, personalizar la publicidad que ves a partir de tus hábitos de navegación y para el funcionamiento general de la página. Puedes aceptar todas las cookies pulsando el botón "Aceptar" o configurarlas o rechazar su uso pulsando el botón "Configurar".

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ACTIVIDADES PARA ALUMNADO

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Join an activity with your class and find or create your own quizzes and flashcards.

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CO2 Y PANDEMIA

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CAUSAS DEL CAMBIO CLIMÁTICO

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THE ROLE OF CHEMISTRY IN SOCIETY

diet and chemistry

SOURCES OF ENERGY AND CHEMISTRY

MEDICINE AND CHEMISTRY

ENVIRONMENT AND CHEMISTRY

CLEANNESS AND CHEMISTRY

COSMETICS&HYGIENE AND CHEMISTRY

GROUP 1 - DIET AND CHEMISTRYGROUP 2 - SOURCES OF ENERGY AND CHEMISTRYGROUP 3 - MEDICINE AND CHEMISTRYGROUP 4 - ENVIRONMENT AND CHEMISTRYGROUP 5 - CLEANLINESS AND CHEMISTRYGROUP 6 - COSMETICS,HYGIENE AND CHEMISTRY

ARE YOU INTERESTED IN THE CHEMISTRY OF COOKIES?

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CHEMISTRY´S ROLE by mrodram264 on Genially

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THE ROLE OF CHEMISTRY IN SOCIETY diet and chemistry SOURCES OF ENERGY AND CHEMISTRY MEDICINE AND CHEMISTRY ENVIRONMENT AND CHEMISTRY CLEANNESS AND CHEMISTRY COSMETICS&HYGIENE AND CHEMISTRY GROUP 1 - DIET AND CHEMISTRYGROUP 2 - SOURCES OF ENERGY AND CHEMISTRYGROUP 3 - MEDICINE AND CHEMISTRYGROUP 4 - ENVIRONMENT AND CHEMISTRYGROUP 5 - CLEANLINESS AND CHEMISTRYGROUP 6 - COSMETICS,HYGIENE AND CHEMISTRY ARE YOU INTERESTED IN THE CHEMISTRY OF COOKIES?

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Introducción aquí

Esto es un párrafo de texto listo para escribir un subtítulo genial

Enviroment and chemistry

Realizado por: Carmen,Paula, Rubén,Pedro,Americo,Puri,Hugo,Enrique,Francisco y Damian, Abraham

Índice

1. Portada y final: Carmen

8. Paula y Puri: Química de la atmósfera

2.Índice: Pedro Retamero y Américo

3.Planificar proyecto: Hugo y Enrique

4.Planificar proyecto: Hugo y Enrique

5.Redacción del informe: Paula, Damián, Puri y Francisco

6. Biografía: Rubén y Abraham

7. Frases

9. Damián: químicas de sustancias del medioambiente

10. Francisco: Transportes y medioambiente

pLANIFICACION DEL PROYECTO

Los roles asignados los hemos explicado en el indice, la planificacion del proyecto comenzo distribuyendonos cada trabajo a cada alumno,cuando los repartimos todos Carmen comenzo el trabajo haciendo la portada, los siguientes en trabajar y hacer el índice fueron Pedro y Americo, mas tarde Damian,Francisco,Puri y Paula hizieron la redaccion del informe y por ultimo Ruben y Abraham hizieron la bibliografia. Esta informacion la estamos escribiendo Enrique y Hugo. tardamos en realizar y terminar el trabajo 5 dias cada dia una persona hacia su trabajo.

La química de la atmósfera es una rama de la ciencias de la atmósfera en la que se estudian los procesos químicos que tienen lugar en la atmósfera de la Tierra y de otros planetas. Se caracteriza por la enorme dilución de las sustancias presentes en ella y por la influencia de las radiaciones presentes sobre dichas sustancias.Es un campo multidisciplinar de investigación y está conectada con la química ambiental, la física, la meteorología, los modelos informáticos, la oceanografía, la geología, la vulcanología y otras disciplinas. La investigación en este campo está también muy conectada con otras áreas de estudio como la climatología.Algunos ejemplos de temas que han sido estudiados por la química de la atmósfera son la lluvia ácida, el smog fotoquímico y el calentamiento global. La química atmosférica trata de entender las causas de estos problemas y, tras obtener una comprensión teórica de los mismos, encontrar soluciones posibles que puedan ser comprobadas y evaluar los efectos de los cambios en las políticas gubernamentales.Esta parte la hemos redactado entre Paula y Puri mediante información de internet.

QUÍMICA DE LA ATMÓSFERA

QUIMICAS DE SUSTANCIAS DEL MEDIO AMBIENTE.

Las sustancias químicas son los componentes básicos de todos los seres, vivos o inertes, que hay en la Tierra. Muchas sustancias químicas existen de forma natural en el medio ambiente y se encuentran en el aire, el agua, los alimentos y nuestras casas. Otras son sintéticas y se utilizan en productos de uso cotidiano como los medicamentos, las computadoras, los tejidos o los combustibles. Además, otras sustancias químicas no se fabrican intencionalmente sino que son subproductos derivados de los procesos químicos.Las sustancias químicas son los componentes básicos de todos los seres, vivos o inertes, que hay en la Tierra. Muchas sustancias químicas existen de forma natural en el medio ambiente y se encuentran en el aire, el agua, los alimentos y nuestras casas. Otras son sintéticas y se utilizan en productos de uso cotidiano como los medicamentos, las computadoras, los tejidos o los combustibles. Además, otras sustancias químicas no se fabrican intencionalmente sino que son subproductos derivados de los procesos químicos. Las sustancias químicas son los componentes básicos de todos los seres, vivos o inertes, que hay en la Tierra. Muchas sustancias químicas existen de forma natural en el medio ambiente y seencuentran en el aire, el agua, los alimentos y nuestras casas. Otras son sintéticas y se utilizan en productos de uso cotidiano como los medicamentos, las computadoras, los tejidos o los combustibles. Además, otras sustancias químicas no se fabrican intencionalmente sino que son subproductos derivados de los procesos químicos.

tranportes y medio ambiente

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El transporte desempeña un papel esencial en la sociedad y en la economía. Contar con un sistema de transporte eficiente y accesible es clave para nuestra calidad de vida. Al mismo tiempo, el transporte es una fuente principal de presiones medioambientales

contribuye al cambio climático, a la contaminación atmosférica y al ruido. También ocupa grandes franjas de terreno y contribuye a la expansión urbana descontrolada, a la fragmentación de los hábitats y al sellado de las superficies.constituye gran parte de gases como pm.

https://www.google.com/url?sa=t&source=web&rct=j8url=https://www.eea.europa.eu/es/themes/transport/intro&ved=2ahUKEwi8haaH4-7uAhVSeMAKHZD_BI0QFjABegQIAxAI&usg=AOvVanw3nPN2g2314y-oAyiY4R03n&cshid=1613491208298https://es.m.wikipedia.org/wiki/Qu%C3ADmica_de_la_atm%C3%C3%B3sfera

BIOGRAFÍA.

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fisica y quimica by losxuloss on Genially

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Introducción aquí Esto es un párrafo de texto listo para escribir un subtítulo genial Enviroment and chemistry Realizado por: Carmen,Paula, Rubén,Pedro,Americo,Puri,Hugo,Enrique,Francisco y Damian, Abraham Índice 1. Portada y final: Carmen 8. Paula y Puri: Química de la atmósfera 2.Índice: Pedro Retamero y Américo 3.Planificar proyecto: Hugo y Enrique 4.Planificar proyecto: Hugo y Enrique 5.Redacción del informe: Paula, Damián, Puri y Francisco 6.

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Discover more about Trabajo fyq ✌️ - Presentation

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DIET AND CHEMISTRY

Rafa Ariza: Potada e índice.Fallou Barry:Vitaminas, minerales y enzimasAdrián Aguilar:Dieta Paleo y dieta por puntosAlex Edwin:Dieta proteica e hipocalóricaAntonio Fajardo:Dieta detox y alcalinaMiguel Ángel Fdz.:La dieta

ÍNDICE

Omaima Ghazal:Sustancias químicasSamuel Heredia:AditivosDaneli Jamachi:Bioquímica y química analíticaAdriana Moles:Química orgánica y físicaLorena Molina:Química inorgánica y descomposición química

ORGANIZADORES: Adriana Moles y Lorena Molina

The diet

A diet is the set of food substances that make up the nutritional behavior of living beings. The concept comes from the Greek diaita, which means "way of life." Diet, therefore, is a habit and constitutes a way of life. Sometimes the term is often used to refer to special regimens to lose weight or to combat certain diseases, although these cases represent modifications of the diet and not the diet itself.A diet is the set of food substances that make up the nutritional behavior of living beings. The concept comes from the Greek diaita, which means "way of life." Diet, therefore, is a habit and constitutes a way of life. Sometimes the term is often used to refer to special regimens to lose weight or to combat certain diseases, although these cases represent modifications of the diet and not the diet itself.

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VItamins

Organic substance found in food and which, in small quantities, is essential for the development of the metabolism of living beings; the body cannot make this substance on its own.

Minerals

Inorganic substance existing in the earth's crust that is made up of one or more chemical elements.

Enzymes

Soluble protein produced by the cells of the body, which favors and regulates chemical reactions in living beings.

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PALEO DIET

The modern diet known as the Palaeolithic diet also known as the caveman diet, stone age diet or hunter-gatherer diet, is a nutritional plan based on the supposed diet of wild plants and wild animals that were consumed by humans of the Paleolithic period. The diet focuses on the use of foods supposedly available before the Neolithic revolution and consists mainly of meat, fish, fruits, vegetables, nuts and roots, and excludes grains, legumes, dairy products, salt, refined sugars and processed oils.

DIET BY POINTS

The points diet consists of assigning yourself some "base points", as if it were a game. According to your age, sex, weight and height, you earn X points and as you add food, points are deducted until it is zero. The more calories a meal has, the more points it will have, but don't worry that the next day they will all be returned to you and again to start.

Protein diet

Protein is incredibly important for good health. It's a nutrient that must be consumed every day to meet your body's needs. A lot of evidence supports a higher protein intake for weight loss and other health benefits.Protein is one of the three macronutrients, along with carbs and fat.In your body, it performs the following roles: Repair and maintenance: Protein is the main component of your muscles, bones, skin and hair. These tissues are continuously repaired and replaced with new protein. Hormones: Chemical messenger proteins allow cells and organs in your body to communicate with each other. Enzymes: Most enzymes are proteins, and the thousands of chemical reactions that take place throughout your body are driven by them. Transportation and storage: Some proteins help deliver important molecules where they're needed. For example, the protein hemoglobin carries oxygen to your body's cells.

HYPOCALORIC DIET

A hypocaloric diet is that is low in calories. The main aim of a hypocaloric diet is to either lose weight in the short-term or to help manage another condition, such as type 2 diabetes. Hypocaloric diets are sometimes known as 'very low-calorie diets' . These should be clinically supervised because the calorific intake is usually a third of the average intake (roughly 800 calories).A low-calorie diet can help you to lose weight, but it is often not sustainable as weight gain will occur following a return to a normal diet. However, sometimes short-term weight loss is required, for example: For surgery To prepare for fertility treatment To manage other health conditions, such as type 2 diabetes

Chemical substances

A chemical substance is the result of the combination of chemical elements and is made up of molecules, form units and atoms. For example: water, ozone, sugar. Chemical substances occur in all states of matter: solid, liquid and gaseous.

ADDITIVIES

A food additive is that substance that, without constituting a food by itself or possessing nutritional value, is intentionally added to food and beverages in minimal quantities with the aim of modifying its organoleptic characteristics or facilitating or improving its preparation or preservation process. In this process of improving the production, a texturing is also achieved in which the processors obtain gains in product weight. Additives have long been included in foods; in recent times, with the advent of food science during the 19th and 20th centuries, an E number identifies an additive and the Scientific Committee or the European Food Safety Authority has to assess whether the additive substance is safe for health . The E number system is also used as a practical way of standard labeling of permitted additives in all languages ​​of the European Union. According to Dr. Howard, a physician at the University of Los Angeles California, additives cannot be considered bad or good in themselves. The danger of body weight, which can be ingested daily, throughout life, without representing an appreciable risk to health. Sometimes the cross-effects of additives are not evaluated, which can lead to long-term harmful effects.

Biochemistry and Analitic chemistry

Biochemistry is the chemistry of life, that is, the branch of science that is interested in the material composition of living beings.This science studies the elementary compounds that make up and allow living beings to stay alive:proteins, carbohydrates,lipids and nucleic acids.Some of the most important are:- Structural biochemistry.- Enzymology- Metabolic biochemistry.- Immunology.

What is biochemistry?

INORGANIC CHEMISTRY

Inorganic chemistry deals with the integrated study of the formation, composition, structure, and chemical reactions of inorganic elements and compounds (for example, sulfuric acid or calcium carbonate); that is, those that do not have carbon-hydrogen bonds, because these belong to the field of organic chemistry. Said separation is not always clear, as for example in organometallic chemistry, which is a superposition of both. Formerly it was defined as the chemistry of inorganic matter, but it became obsolete when the hypothesis of the vital force was discarded, a characteristic that was supposed to be typical of living matter that could not be created and allowed the creation of organic molecules. It has applications in all fields of the chemical industry, including catalysis, materials science, pigments, surfactants, coatings, drugs, fuels, and agriculture.

CHEMICAL DECOMPOSITION

Chemical decomposition is a process experienced by some chemical compounds in which, spontaneously or caused by an external agent, from a compound substance two or more substances of simpler chemical structure originate. It is the opposite process of chemical synthesis. The chemical equation of a decomposition is: AB → A + B, or Reactive → A + B + ... example: 2KClO (s) → 2KCl (s) + O2 (g) A specific example is the electrolysis of water that gives rise to hydrogen and oxygen, both in the gaseous state: 2 H2O (l) → 2 H2 (g) + O2 (g) Chemical decomposition is, with, an unwanted chemical reaction, since the stability of a compound is always limited when it is exposed to extreme environmental conditions such as heat, electricity, radiation, humidity or certain chemical compounds (acids, oxidants , etc). The most frequent cases of decomposition are thermal decomposition or thermolysis, electrolysis and hydrolysis. The total chemical decomposition of a compound gives rise to its constituent elements.

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Organic chemistry

Organic chemistry is the scientific discipline that studies the structure, properties, synthesis and reactivity of chemical compounds formed mainly by carbon and hydrogen, which can contain other elements, generally in small amounts such as oxygen, sulfur, nitrogen, halogens, phosphorus, silicon.

Physical chemistry

Physical chemistry is a branch of chemistry that studies the changes of matter using physical concepts and the physical foundation of the laws of chemistry. There are several specialties, such as chemical thermodynamics, which studies energy - direction and balance of chemical transformations - or chemical kinetics - which studies the speed with which reactions occur. Quantum chemistry is also part of this area of ​​knowledge, whose objectives are the interpretation and prediction of the electronic structure and the reactivity of chemical systems, using the principles of quantum mechanics. In fact, quantum mechanics has a much broader impact than we might believe. For example, the latest estimates indicate that 30% of the gross domestic product of a country like the United States is due to inventions that were only possible thanks to the advancement in this scientific branch, among which are all the processors of the new devices electronics, lasers and magnetic resonance imaging, to name just a few of them

Biochemistry and Analitic chemistry

Analytical chemistry is a branch of chemistry that focuses on understanding matter, that is, the analysis of the materials that make up any sample, using experimental or laboratory methods. Analytical chemistry can be classified into quantitative and qualitative analytical chemistry. Quantitative analytical chemistry is used to determine the quantity, concentration or proportion of one or more components in a sample, that is, it is responsible for quantifying matter. Qualitative analytical chemistry is used to know what the components of a sample are, that is, it takes care of identifying each component of the sample.

What is Analitic Chemistry?

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DIET AND CHEMISTRY by losmaschulosdelaclase on Genially

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DIET AND CHEMISTRY Rafa Ariza: Potada e índice.Fallou Barry:Vitaminas, minerales y enzimasAdrián Aguilar:Dieta Paleo y dieta por puntosAlex Edwin:Dieta proteica e hipocalóricaAntonio Fajardo:Dieta detox y alcalinaMiguel Ángel Fdz.:La dieta ÍNDICE Omaima Ghazal:Sustancias químicasSamuel Heredia:AditivosDaneli Jamachi:Bioquímica y química analíticaAdriana Moles:Química orgánica y físicaLorena Molina:Química inorgánica y descomposición química ORGANIZADORES: Adriana Moles y Lorena Molina The diet A diet is the set of food substances that make up the nutritional behavior of living beings.

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This activity is done by Fernando, Inés, Laura, Ángela, Ariadna, Alberto, Ryda, Francisco Javier, Joaquín, Pedro Manuel and María José.In this activity we are going to talk about diseases like cancer and Alzheimer's and medications such as anti-inflammatories, antibiotics, analgesics, antidepressants and anti-allergies.

INTRODUCTION

One of the great advances that has marked a milestone in the 20th century and that will obviously continue to advance with the pass of the years, has been the spectacular development of medicine. Research, new techniques, and also the talent and dedication of professionals such as doctors, pharmacists and other researchers, have led to levels of hope and quality of life that could not even be imagined just a century ago. The contribution of the chemical industry has been fundamental in many fields, but especially in the field of health. Without chemistry, medicine and surgery would have become stuck in 19th century practices.

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Text planning

INÉS:INTRODUCTION AND CANCER.

LAURA: CANCER

ÁNGELA:BIO AND ALZHEIMER

ARIADNA:ALZHEIMER

ALBERTO:ANTI-INFLAMATORIES

RYDA: ANTIBIOTICS

FCO JAVIER: ANALGESICS

PEDRO:ANTIDEPRESSANTS

M JOSÉ:ANTIÁLLERGIES

JOAQUÍN:CONCLUSION

01 ALZHEIMER

Alzheimer's is the most common cause of dementia. It is a disease clinically characterized mainly by memory loss, but it presents other symptoms, both cognitive and related to behavior and behavior. In this article we explain what Alzheimer's is, its main symptoms, treatment, causes, and risk factors.

MEDICINE AND CHEMISTRY

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SYMPTOM

MEMORY LOSSALTERATIONS IN THE LANGUAGEMENTAL, SPATIAL AND PERSONAL ORIENTATION DIFFICULTIESDIFFICULTIES FOR TASK PLANNING OR TASK RESOLUTION

Alzheimer's is a disease that generates progressive cognitive deterioration, basically characterized by:

This deterioration is usually accompanied by changes in personality and behavior. The ability of the person to be autonomous and carry out the activities of daily living is decreasing, so that in the more advanced stages, they will need help and care for most of the day.

ANTI-ALLERGY

Antihistamines or anti-allergies are medicines that treat allergy symptoms by blocking the effect of histamine.You can take them every day, to help keep daily symptoms under control, when you only have symptoms and before you are exposed to factors that cause allergy symptoms, such as a pet or certain plants.These like some only work for only about 4 to 6 hours, while others last 12 to 24 hours but some are combined with a decongestant.

They come in the form of pills, chewable tablets, capsules, liquids, and eye drops.Allergy symptoms are about: they deal with congestion, runny nose, sneezing or itching, swelling of the nasal passages, hives and other skin rashes, aside from itching and discharge from the eyes.

CANCER

-The term cancer encompasses a large group of diseases that are characterized by the development of abnormal cells, which divide, grow and disperse uncontrollably in any part of the body. Normal cells divide and die during a programmed period of time. However, the cancerous or tumor cell "loses" the ability to die and divides almost without limit, they multiply in number of cells and come to form masses called "tumors" or "neoplasms" that in their expansion can destroy and replace tissues normal. Cancer is usually diagnosed by a fast-growing lump, persistent cough or hoarseness, or digestive bleeding. Some cancers may not cause tumors like blood origins do. -Technological development has allowed diseases such as cancer to be diagnosed with increasingly effective and precise techniques. With this, it is possible to implement the most appropriate treatment protocol for the patient, achieve higher survival rates and improve the patient's quality of life. That is why technology has greatly helped cancer research to create drugs to treat patients and overcome the disease.

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Listado de puntos listo para escribirListado de puntos listo para escribir Listado de puntos listo para escribir Listado de puntos listo para escribir Listado de puntos listo para escribir

CANCER SYMPTOMS

Changes in the breasts.Changes in the bladder.Bleeding or bruising for no apparent reason.Changes in the gut.Cough or hoarseness that does not go away.Eating problems.Severe and long-lasting tiredness.Fever or night sweats for no reason.

Listado de puntosListado de puntosListado de puntosListado de puntosListado de puntos

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THE ANTIBIOTICS

Why is it important to take antibiotics only when necessary?You should only take antibiotics when necessary because they can cause side effects and can contribute to antibiotic resistance. This occurs when the bacteria change and can resist the effects of an antibiotic, that is, the bacteria do not die and continue to grow.How to use antibiotics correctly?When taking antibiotics, it is important to be responsibly: Always follow directions carefully: Finish your treatment even if you feel better. If you stop taking them too soon, some bacteria can survive and re-infect you. Don't save your antibiotics for later Don't share antibiotics with other people Do not take antibiotics prescribed for someone else: This can delay the best treatment for you, make you even sicker, or cause side effects

WHAT ANTIBIOTICS CAN CURE.Antibiotics are drugs that fight bacterial infections in people and animals. They work by killing bacteria or making it difficult for them to grow and multiply.

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An analgesic is any member of the group of medications used to achieve analgesia, relief and pain reduction, whether head, muscle or general. Analgesic drugs act in various ways on the central and peripheral nervous systems.They are different from anesthetics, which temporarily affect and, in some cases, completely eliminate the sensation. Painkillers include acetaminophen (also known as acetaminophen or acetaminophen), nonsteroidal anti-inflammatory drugs (NSAIDs) such as salicylates and opioids such as morphine and oxycodone. When choosing painkillers, the severity and response to other medicines determine the choice of agent; the World Health Organization (WHO) analgesic scale specifies gentle painkillers as a first step. It is also determined by the type of pain: for neuropathic pain, traditional painkillers are less effective and often benefit from classes of medicines that are not normally considered analgesics, such as tricyclic and antiepileptic antidepressants

Analgesicos

CONCLUSION

.And here is the end of the medicine and chemistry work done by: -Pedro M. -Fernando A. -Fco .Javier. -Laura Cabezas. -Ariadna Castillo. -Alberto Coca. -Ryda El Maataoui. -Joaquín M.M.Bosch. -Ines M.M. -Mª José. Angela Moreno.

¡Gracias por tu atención!

this slide is about antidepressantAntidepressant are medicines thata doctor prescribes to treat depresision. these drugs help improve the way the brain uses certain natural chemicals. they can take severa weeks of antidepressant

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MEDICINE AND CHEMISTRY by Los Rechulones 33 on Genially

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This activity is done by Fernando, Inés, Laura, Ángela, Ariadna, Alberto, Ryda, Francisco Javier, Joaquín, Pedro Manuel and María José.In this activity we are going to talk about diseases like cancer and Alzheimer's and medications such as anti-inflammatories, antibiotics, analgesics, antidepressants and anti-allergies.

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Sources of energy and chemistry

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David Montoya :What is sources of energy and chemistry?Enrique Morales: types of energy sourceCarlos Naveros: places where we see energyAlejandra Moreno:how chemistry and energy sources influence?Inma Olmos: How important is chemistry in energy?Sandra Orihuela: where is chemical energy used?María Rodríguez: what are the sources of energy?Alfredo Salgado: is it possible to obtain different energy sources from a primary energy?Danela Sánchez: How do we produce chemical reactions from electrical energy?Víctor Arias: what are the traditional energy sources?

Índice

Brayan Joel: What are the traditional sources of energy used in human activities?Dayana Ocampo: cover, index

WHAT IS SOURCE OF ENERGY?

Energy source is a physical or chemical phenomenon from which it is possible to exploit your energy for economic or biophysical purposes. According to a first classification criterion, they are called "primary" if they come from a natural phenomenon and have not been transformed (sun, biomass, water currents)Any method that human beings have of obtaining the energy they will use to perform different jobs is called an energy source. That is, energy sources would be the origins of energy.

How important is chemistry in energy?

Chemical energy is the potential energy that a substance has in its chemical bonds. Through a chemical reaction, such as combustion, that substance can be converted into another, releasing that potential energy and generating, normally, heat during that process (thermal energy). In addition to the thermal, other types of energy can be released. Let's imagine an explosive that we detonate. In that case, by reacting the explosive substance (which stored a large amount of chemical energy) we release heat, but not only that. We will also obtain kinetic energy capable of opening tunnels or knocking down walls, and an enormous amount of sound energy. Chemical energy is found in the chemical bonds that hold elements together and form them. But, contrary to what some believe, energy is not released by breaking the chemical bonds of the substance. During the process, bonds are broken and new ones are formed, turning the initial substance into something else entirely.

How chemistry and energy sources influence?

All energy sources have some impact on our environment. Fossil fuels-coal, oil, and natural gas-do substantially more harm than renewable energy sources by most measures, including air and water pollution, damage to public health, wildlife and habitat loss, water use, land use, and global warming emissions.All energy sources have some impact on our environment. Fossil fuels-coal, oil, and natural gas-do substantially more harm than renewable energy sources by most measures, including air and water pollution, damage to public health, wildlife and habitat loss, water use, land use, and global warming emissions.However, renewable sources such as wind, solar, geothermal, biomass, and hydropower also have environmental impactsHowever, renewable sources such as wind, solar, geothermal, biomass, and hydropower also have environmental impacts

What are the sources of energy?

There are 10 main different alternative sources of energy that are used in the world to generate power. While other sources are being discovered all the time, none of them has reached the stage where they can be used to provide the power to help modern life function. All of these different sources of energy are used primarily to produce electricity. The world runs on a series of electrical reactions - whether you are talking about the car you are driving or the light you are turning on. All of these different sources of energy add to the store of electrical power that is then sent out to different locations via high powered lines.Different Sources of Energy Solar Energy. The primary source of energy is the sun. ... Wind Energy. Wind power is becoming more and more common. . Geothermal Energy. Source: Canva. ... Hydrogen Energy. ... Tidal Energy. ... Wave Energy. ... Hydroelectric Energy. ... Biomass Energy.

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Is it possible to obtain different final energs from the same primary energy source?

Final energy is what is used to meet the demands of the society, cooking, transportation in the production of goods or services.Primary energy sources are those that are obtained directly from nature without the need to be transformed, such as the one that comes from the Sun, wind, water, biomas, oil, coal, etc...Yes, because, coal can be burned in a thermal power plant to produce electrity used for heating, industry, transportation or lighting.

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Where does chemical energy use?

4

The chemical energy usually is used toto be transformed into other forms of energy that have practical applications in human life, such as light, thermal, kinetic energy, etc., to carry out work.

examples

BATTERIES

NUCLEAR ENERGY

FOSSIL FUELS

BIOLUMINESCENCE

SPACE TRAVELS

THE FOODS WE EAT

WHAT IS SOURCE OF ENERGY?

Energy source is a physical or chemical phenomenon from which it is possible to exploit your energy for economic or biophysical purposes.According to a first classification criterion, they are called '' primary'' if they come from a natural phenomenon and have not been transformed (sun, biomass,water currents...).Any method that human beings have of obtaining th energy they will use to perfom different jobs is called an energy source. That is, energy sources would be the origins of energy.

TYPES OF ENERGY SOURCES

·Solar energy from the sun

·Geothermal energy from heat inside the earth

·Wind energy

·Biomass from plants

·Hydropower from flowing water

The types of energy sources are the different ways of producing energy

The main sources of producting energy are :

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SOURCES OF ENERGY AND CHEMISTRY by losxulos00 on Genially

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Sources of energy and chemistry Lorem ipsum dolor sit amet David Montoya :What is sources of energy and chemistry?Enrique Morales: types of energy sourceCarlos Naveros: places where we see energyAlejandra Moreno:how chemistry and energy sources influence?Inma Olmos: How important is chemistry in energy?Sandra Orihuela: where is chemical energy used?María Rodríguez: what are the sources of energy?Alfredo Salgado: is it possible to obtain different energy sources from a primary energy?Danela Sánchez: How do we produce chemical reactions from electrical energy?Víctor Arias: what are the traditional energy sources?

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COSMETICS & HYGIENE AND CHEMISTRY

Made by:Carmen, Ana Mª, J. Alberto, Álvaro,Mario, María, Pablo and Roberto

INDEX & DISTRIBUTION

BODY LOTION (María)

DEODORANT (Álvaro)

COVER PAGE AND INDEX (Carmen)

2

0

3

SHAMPOO (Mario)

LIPSTICK (Roberto)

FRAGRANCE (J Alberto)

4

5

6

THANKS! (Carmen)

HYDROALCHOLIC GEL 1 y 2( Pablo y Ana Mª)

SHAVING FOAM (Lucía)

HYDROALCHOLIC GEL 1 y 2( Pablo y Ana Mª)

7

7

8

9

SOAP (Carmen)

1

1

SOAP

Fatty acids are the components of fats and oils that are used in making soap. They are weak acids composed of two parts:A carboxylic acid group consisting of one hydrogen (H) atom, two oxygen (O) atoms, and one carbon (C) atom, plus a hydrocarbon chain attached to the carboxylic acid group

What elements are found in soap?

CARMEN

1

How does soap work?

Our skin has natural oils that help dirt and germs stick to it. We all know that oil and water cannot mix, and this means that the water you use to wash your hands will not wash away dirt and germs. To remove them you need soap

BODY LOTION

What elements are found in body lotion?

Petroleum and water are combined into a mixture. These two elements don't combine. Water needs a charged element,since oil is uncharged it can't combine. In order to fix this problem they add surfactant, which attracts both water and oil. Surfactant has two parts, which it allows it to bind with both water and oil.This process is also used on many other products. It is very important in the process of making lotion.

Composition:Sodium Dioxide (NaOH)Water (H2O)Titanium Dioxide (TiO2 )Petroleum (CnH2n+2)Glycerin (C3H8O3)Citric Acid (C6H8O7)Butylene Glycol (C4H10O2)

2

MARÍA

How does body lotion works?

Lotion is what everyone needs, it provides moisture to your skin. They either trap moisture in your skin to keep it from escaping, or they restore moisture in the outer layer of skin that's already been lost.

3

DEODORANT

A deodorant is a substance that is applied to the body, especially the armpits and feet, to reduce the odor of perspiration. The odor is caused by bacteria that thrive in hot, humid environments. Because this smell is frowned upon in many cultures, since it seems to indicate poor personal hygiene and because of the unpleasant smell, deodorant is used to reduce or eliminate it.

ÁLVARO

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4. LIPSTICK

n

lipstick is made of hundreds of chemical compounds, but the main ones are three; oil, waxes, pigments. It is used to paint your lips to make them more attractive in the eyes of other people

ROBERTO

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SHAMPOO

Alcohol when listed in the top four ingredients. Ammonium Lauryl Sulfate (ASL) Diethanolamine (DEA) Dimethicone Formaldehyde. Lanolin. Mineral oil.

INGREDIENTS:

MARIO

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HOW DOES SHAMPOO WORKS ?

The shampoo cleanses by separating the sebum from the hair. Sebum is an oil secreted by the sebaceous glands, which in turn is expelled to the outside through the hair follicles (invaginations in the dermis). The sebum is easily absorbed by the hair, forming a protective layer.

FRAGANCE

A perfume is made up of three main parts: top, body and base. The top or top notes, the first to be smelled, are pleasant and must be attractive to arouse interest. They are usually light, fresh and volatile like citrus, fruit, green notes and aldehydes.

6

J. ALBERTO

HOW DOES FRAGANCE WORKS

Tradicionalmente, se recomienda aplicar la fragancia allí donde late el pulso, como sucede tras las orejas, en la clavícula, las muñecas y tras las rodillas. ¿Por qué? En estas zonas la temperatura corporal es más alta y el perfume se evapora más lentamente.

7.1 HYDROALCOHOLIC GEL

What is hydroalcoholic gel used for?The hand sanitizer is used to eliminate bacteria and viruses collected on the hands.Chemical elements of hydroalcoholic gelEtanol, Butyphenyl Metrylpropional, Citral, Citronellol,Linalool.

PABLO

Alcohol gel or hydroalcoholic gel, disinfectant gel, alcohol gel, hydrogel, alcohol gel, bactericidal cleaning gel or antibacterial gel, is a product that is used as a complement to water and soap to wash hands. It was supposedly created in 1966 by the nursing student Guadalupe Hernández. However, this is controversial as attempts to verify the data by independent researchers from The Washington Post newspaper, the Museum of American History and the newspa

7.2 HIDROALCOHOLIC GEL

ANA Mª

8. SHAVING FOAM

Shaving foam is a chemical that is used when shaving, primarily with the aim of opening the pores and softening the beard. It is usually prepared with the help of a shaving brush.It is a homogeneous mixture because its components cannot be distingued

LUCÍA

¡THANKS!

2º ESO C

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COSMETICS & HYGIENE AND CHEMISTRY by cmoyrui504 on Genially

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COSMETICS & HYGIENE AND CHEMISTRY Made by:Carmen, Ana Mª, J. Alberto, Álvaro,Mario, María, Pablo and Roberto INDEX & DISTRIBUTION BODY LOTION (María) DEODORANT (Álvaro) COVER PAGE AND INDEX (Carmen) 2 0 3 SHAMPOO (Mario) LIPSTICK (Roberto) FRAGRANCE (J Alberto) 4 5 6 THANKS!