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Solar System PowerPoint

Transcript: 1. Known for its raging storms 2. Even though its smaller than Uranus, it has more mass 3. Atmosphere is made up of hydrogen, helium and methane _________________ ___________ _____________ Solar System PowerPoint Project 1. The planet spins in a different direction that Earth and most of the other planets. 2. Sometimes the axis of Uranus points directly at the sun 3. Uranus is referred to "Ice Giant." Conclusion ___________ Saturn ________________________ Mars 1. A Solar System is an organization of planets in order revolving around their star or sun. 2. A revolution is when it goes around its full orbit. 3. An "Earth Day" is 24, or one full rotation. All of the planets are different sizes and have different temperatures. They could be more than what we think they are right now. it appears that our planet Earth, is the only one with life. Mercury ____________ Earth _______________ Venus 1. Demoted to a dwarf planet in 2006 2. Its orbit isn't a circle, and sometimes gets closer to the sun than Neptune does. 3. Pluto has five moons, despite its tiny size. Neptune 1. The only known planet to inhabit life. 2. Is made of approx. 70% water. 3. Only moon is known as the Moon. _______________________________ Ben Peloquin 63A. 1. Known as the "Red Planet." 2. Atmosphere is mainly CO2. 3. Mars has the tallest volcano in the Solar System, the Olympus Mons. Jupiter Introduction to the Solar System Pluto _________________ Uranus 1. Atmosphere is made mostly Hydrogen 2. Saturn is known for its rings. 3. Four "spacecraft" have visited Saturn. Venus doesn't have any moons. Second from the sun. The second brightest object in the sky other than The Moon. __________ ______________ 1. Mercury has no moons. 2. It is the smallest planet. 3. Closest to the sun. 1. Jupiter has 4 rings. 2. 67 moons orbit Jupiter. 3. Biggest planet in The Solar System _____________

Medical PowerPoint Template

Transcript: Medical PowerPoint Template Design Elements Color Schemes for Medical Presentations Font Selection for Readability Color schemes significantly affect audience understanding and retention. In medical presentations, using blue and green hues promotes calmness and trust, while contrasting colors can highlight key information and enhance visibility. Choosing the right font is crucial for comprehension. Sans-serif fonts like Arial or Helvetica are recommended as they are easier to read on screens. Always ensure that text is large enough to be legible from a distance. Incorporating Graphics and Images Layout and Structure Incorporating relevant graphics can enhance understanding and retention of complex ideas. Use high-quality images, charts, or diagrams that directly relate to the content to support the narrative without overcrowding the slide. A well-structured layout guides the audience’s eye and improves information flow. Utilize a grid system to maintain alignment and consistency, making sure to reserve space for visual elements. Balance text with images to avoid clutter. A Blank Canvas for Your Data Presentation Tips Best Practices for Delivery Content Organization in Medical Presentations Engaging Your Audience Practicing your presentation can lead to smoother delivery and reduced anxiety. Utilize appropriate body language, voice modulation, and eye contact to foster a connection with the audience, making your message more impactful. Audience engagement is critical for effective communication. Techniques include asking rhetorical questions, using relatable examples, and incorporating multimedia elements to maintain interest and encourage participation. Title Slides and Headings Introduction to Medical Presentations Title slides set the stage for your presentation and should include the topic, your name, and the date. Headings throughout the presentation guide the audience through the narrative and facilitate smooth transitions between topics, ensuring clarity and focus on key messages. Bullet Points vs. Paragraphs Handling Questions and Feedback Bullet points provide concise and digestible pieces of information, making it easier for the audience to follow along. In contrast, paragraphs may be necessary for complex concepts but should be used sparingly to maintain attention and avoid overwhelming the viewer. Practicing and Timing Your Presentation Using Tables and Charts Tables and charts effectively present quantitative data, making complex information more approachable. They facilitate quick understanding of trends and relationships within data, enhancing the audience’s ability to interpret clinical findings or statistical results. Rehearse your presentation multiple times to refine your delivery and timing. Understanding how long each section takes helps ensure that you cover all material without rushing or exceeding your allotted time. Encourage questions to create a dialogue with your audience. Responding thoughtfully to feedback shows respect for their input and enhances clarity for everyone involved, improving overall comprehension. Citing Sources and References Importance of Visual Aids Citing sources is crucial in maintaining credibility and allowing the audience to explore further. Proper referencing not only attributes the original work but also strengthens arguments presented in the medical content, supporting evidence-based practice. Visual aids play a crucial role in medical presentations by simplifying complex information. They help audiences grasp essential concepts quickly, improving retention and engagement through the use of charts, images, and videos. Overview of PowerPoint Features PowerPoint offers various features to enhance medical presentations, including templates specifically designed for medical content, the ability to incorporate multimedia, and options for animations that can illustrate processes or changes over time. Objectives of the Medical Template The medical PowerPoint template serves to streamline the creation of presentations by providing a standardized format. This ensures consistency in design and aids users in organizing their data effectively for clarity and impact.

Respiratory System Powerpoint

Transcript: Welcome To The... Respiratory System By: Christopher Tarmin In this journey, you will have the privilege of riding the 2048X Oblivion Ship for safety as we travel down the system. You will also be miniaturized in order to fit into the ship. Our Human Host: A Smoker or Not? Although we did research into our host and made sure that he's NOT a smoker, we would never know whether or not he would practice such an absurd behavior during our journey, therefore I must inform you about the danger of smoking and what to expect if he decides to harm his system by smoking. Smoking, the action of inhaling tobacco off cigarette as it burns, can put a person into MANY health risks due to the chemical compounds and toxins that the cigarette contains. Some of the diseases that may be caused by smoking are lung cancer (uncontrolled division of cells occuring commonly in the lining air passages), and Chronic Obstructive Pulmonary Disease (known as COPD, irritation in the lung which causes difficulty in breathing). Therefore, you should NEVER smoke! Breathing can be achieved through the nose and the mouth, therefore our entrance point can be either one of them. Since we are close to the nostrils, we will enter the system via the nose. Now that we are inside the host's nose, we can see that this place is filled with thin layer of tissues called the mucous membrane. These tissues main function is to warm and moisten the air. It also filters particles and objects that may irritate the lung. As we travel further back, we can see small microscopic hairs called cilia. The cilia moves in wave-like motion in order to refresh the mucus coating of the nose. Now, we will be heading down the passage and entering to the back of the host's throat where the trachea, epiglottis, and the fesophagus are located at! Before entering the trachea... You can see here a tiny flap that can close or open up. This is called the epiglottis, and its main function is to prevent food from entering the wrong pipe by closing and covering the entrance of the windpipe. The pharynx is also located here in order to connect the epiglottis to the mouth and moves air into the lung. As we travel down a bit further, we can see that the larynx is superior to the trachea. The larynx's main function in respiration is to control airflow for breathing. This is also an epiglottis's route to either the esophagus or the trachea. Lastly, the voicebox is housed in the larynx, therefore voice production is also made here. The Windpipe! A bit further down here is the trachea! This organ serves as a windpipe for air to pass through in order to reach the right and left lungs. It also serves a purpose of connecting the larynx to the bronchi. Into the lungs! The Two Lungs As we travel further down the trachea, you can see that the trachea is now divided into two, separating into the left and right primary bronchi. This also leads to the left and right lungs, respectively. The right lung is slightly wider, taller, and shorter than the left, causing it to be more vulnerable to foreign invasion. At this point the air that we've been traveling in are warmed and moist, that's why we are feeling a bit warmer than usual. Now, we will be traveling down a bronchi and explore the deeper details about how the system work. As you can see, each bronchi enters its lung and divides itself into smaller branches called bronchioles. These branches' main function is to transfer air into the alveoli, which is our next destination. We have finally arrived at the alveoli. The alveolis are tiny little sacs that allows the oxygen we've been traveling in to be transfered into the bloodstream. It also allows carbon dioxide to be retrieved here and brought out of the system. This means that we will be hopping into the carbon dioxide now in order to exit the host's system! We Are Coming to an End... Now, the 2048x Oblivion Ship will be traveling along with the carbon dioxide to exit the host's system. You can expect us to travel to the lungs through the capillaries, and out the windpipe. This is how the body transfer carbon dioxide out the system. Since this will be a long ride, I will be informing you a bit more about how this process (respiration rate) is controlled and how the diaphragm and rib plays their role in respiration. So How is Breathing Rate Controlled? If you're wondering how the process is regulated, then I'm gladly to inform you that everything is controlled by the respiratory control center which is located in your brain stem. This center helps monitor the amount of oxygen and carbon dioxide that goes in and out of our system, and it also regulates the breathing rates in order to maintain balance in our body. Roles of Diaphragm & Rib in Respiration The diaphragm plays a big role in respiration. This muscle contracts and creates a vacuum in the thoracic cavity in orther to allow air to be drawn into the body through the trachea when the person breathes in. On the other hand, the diaphragm

Respiratory System PowerPoint

Transcript: Hemoglobin has been proven to contain a high concentration of erythrocyte. Erythrocyte is a red blood cell. The bronchi are supplied by the bronchial arteries and veins, and their organ stimulation is similar to that of the trachea. You can measure your tidal volume by displaying your breath on a respirometer graph. Identify the value of the peak and valley of the breath and record the two numbers. Subtract the valley number from the peak number you got for that specific breath. The result will be the tidal volume. It is referred to as Chronic Obstructive Lung Disease, or COPD. The trachea is usually visible above the arch of the aorta in radiographs, otherwise known as X-rays. Dumon, J.F. The cervical and thoracic trachea. Retrieved 23 April 2013 from http://www.bronchotraining.org/spip.php?article6 Pulmonary embolism, or PE, is a sudden blockage in a lung artery. The blockage usually is caused by a blood clot that travels to the lung from a vein in the leg or arm. Unknown. What is Emphysema. Retrieved 23 April 2013 from http://www.nhlbi.nih.gov/health/prof/lung/nett/lvrsweb.htm Emphysema is a lung disease that makes it hard to breathe. Breastmilk helps tremendously increase hemoglobin reproduction because of its high iron count. Bronchi Trachea The right main bronchus, about 2.5 cm in length, is shorter, wider, and more nearly vertical than the left because of the positioning of the lungs. Earhart, Mary. Foods that will increase hemoglobin levels. Retrieved 23 April 2013 from http://www.livestrong.com/article/343025-foods-that-will-increase-hemoglobin-levels/ Emphysema The trachea has 15 to 20 C-shaped bars of hyaline cartilage that prevent it from collapsing COPD is the fourth leading cause of death in the United States, luckily it is treatable. It is about 9 to 15 cm in length. Diffusion occurs via a random kinetic movement, it does not require energy. Trachea Cervical Parts of the Trachea A kinetic movement is a self motioned movement PE causes low oxygen levels in your blood and damages other organs in your body because of a lack of oxygen. Swenson, Rand. Chapter 21: the esophagus, trachea, and main bronchi. Retrieved on 23 April 2013 from http://www.dartmouth.edu/~humananatomy/part_4/chapter_21.html Freeman, Scott. Diffusion, Osmosis, and Movement Across a Membrane. Retrieved 23 April 2013 from http://www.uic.edu/classes/bios/bios100/lecturesf04am/lect09.htmwww.bronchotraining.org Thoracic Parts of the Trachea Unknown. Cartilage. Retrieved on 23 April 2013 from http://www.mhhe.com/biosci/ap/histology_mh/cartilag.html Works Cited The trachea has cervical and thoracic parts. The cervical trachea extends from the lower edge of the cricoid cartilage, below the vocal cords, down to a plane passing from the top of the sternum to the edge of the second dorsal vertebra, A.K.A the back area. It is located in the upper third of the chest. This segment of the trachea is in close proximity to the large vessels of the mediastinum, sternum in front to the vertebral column. Hemoglobin The thoracic trachea is slightly longer than the cervical trachea. Pulmonary Embolism Hyaline Cartilage Tidal Volume is the air that moves in and out of each lung. Spontaneous movement of particles from an area of high concentration to an area of low concentration. Diffusion By: Regan Kerr Hyaline cartilage is the most abundant of all the cartilage, which is a glossy type tissue. Tidal Volume Respiratory System PowerPoint Hemoglobin helps spread oxygen, O2, throughout your body.

solar system powerpoint

Transcript: Solar System Jordan Miller Solar System Research Project In this powerpoint i will explain the Sun ,the Terrestrial planets ,the Gas giants planets and ect. after my powerpoint is done you should leanr a lot of new things about the Solar System Solar System Research Project The Sun It's between the Sagittarius and Perseus Arms of the Milky Way. The Sun is located in the inner rim of the Orion Arm, which is thought to be an offshoot of the Sagittarius Arm. The sun is mostly composed of the elements hydrogen (H) and helium (He). By mass the composition of the sun is 75 percent hydrogen and 25 percent helium. the layers, mainly the photosphere, the chromosphere and the corona. Role of Gravity in Solar System. Planet Earth is held in its orbit around the Sun by the force of gravity , because the Sun has such a great mass, it exerts a very powerful gravitational pull The Sun A terrestrial planet, telluric planet, or rocky planet is a planet that is composed primarily of silicate rocks or metals there are four terrestrial planets which are mercuny, venus, mars, and earth The Terrestrial Planets The Terrestrial Planets Earth Earth Earth is located in one of the spiral arms of the Milky Way (called the Orion Arm) which lies about two-thirds of the way out from the center of the Galaxy.Earth size is 12,742 km , 149,598,262 km form the sun. Earth, of course, has just one moon Mars is the fourth planet from the Sun and is the second smallest planet in the solar system.often described as the “Red Planet” due to its reddish appearance.Mars 6,779 km, and 227,943,824 km from the sun. Mars has two moons, Phobos and Deimos. Mars Mars Mercury Mercury Mercury is the closest planet to the Sun. Mercury 4,879 km, and is 57,909,227 km from the sun. mercury has no moons. Venus 12,104 km, and 108,209,475 km form the sun. and has no moons, so it has the nicknames Morning and Evening Star Venus Venus A gas giant is a large planet composed mostly of gases, such as hydrogen and helium, with a relatively small rocky core. the gas polanets of the solar system are Jupiter, Saturn, Uranus and Neptune The Gas Giant Planets The Gas Giant Planets Jupiter Jupiter 139,822 km, and 778,340,821 km form the sun. jupiter has 69 moon soame of the moons are Euprope , Ganymede, Lo, lasllisto, and adrastea. Jupiter is the fifth planet from the Sun and the largest in the Solar System. . One of Jupiter's most famous features is the Great Red Spot. It is a giant spinning storm, resembling a hurricane. Jupiter Saturn Saturn is the second largest gas gaint planet .Mostly made up from hydrogen and helium .Approximately 760 earth can fit inside Saturn . the planet's densty is less than that of water. 1.4 billion kilometer from the sun Saturn Uranus The atmosphere of Uranus is composed mostly of hydrogen and helium, the atmosphere also contains methane , methane in Uranus atmosphere made's red light and, give the planet a blue-green color. the rotation is tilted about 98 degrees . the planet has 27moons Uranus Neptune Neptune is amost a twin to Uranus because, their almost the same size and, also have a atmosphere made up of hydrogen and helium and with some methane . the color of the planet is a bluish color cause by the absorption of the red light by methane. Neptune from the Sun is 2,795,084,800 miles. Neptune has 14 moons some are Triton, Laomedeia, S/2004 N 1, Proteus, Nereid, Despina, Halimede, Neptune Galilean moons are the fur largest moons of Juptier theses moons are Lo, Europa, Ganymede, and Calliso Galilean Moons Galilean Moons Europa ana Lo Lo is the thrid larrgest of jupiter's moons .Lo has a iron core and stretched and squeezed by the gravitational of jupiter . Lo is more volcally active than any other ogject in the solar system Lo Europa Europa is the second closet Galilean moon to Jupiter and, it is the fourth largest moon of Jupiter . it has a rocky structure and may have a small, metetalic core. Europa's distance from the sun is about 485 million miles. Ganymede Ganymede is the largest and most massive moon of Jupiter and in the solar system Ganymede is the ninth largest object in the solar system Callisto Callisto is the farthest Galilean moons from jupiter and it is the second largest of juipters moons. it is about the size of mercury . it compostion ias 60 percent rock and 40 percent ice , Callisto is the most heavity craterd object in the solar system meteors are small bodies of mater from outer space that once was a meteroid until it entered earth atmospher meteors are often called shooting starts Meteors Meteors stony meteorite most common meteorite made of silicate minerals, just like rocks of earth . some stony meteorites also contain small amounts of oraganic matter Stony Meteorite iron meteorite Iron meteorites are composed of iron and nickel comes from asteroids Iron meteorite an Astersoid is a small, irregularly shaped, rocky object that orbits the sun most Asteroids are located between the orbit of mars and jupiter Asteroids Comets

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