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Science Department Presentation

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jolie martin

on 25 January 2013

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Transcript of Science Department Presentation

Graduation Science Department Grades: 11-12
Prerequisites: two years of a lab science
Biology and chemistry recommended Anatomy is the study of the structure of the body,
and physiology is the study of how the body functions. Grades: 10-12
Prerequisites: Completion of algebra I and completion of biology Earth Science Biology Physics Grades:9-12
Prerequisites: Completion of algebra 1 Body Systems explored: Grades: 9-12
Prerequistes:
Concurrent enrollment in geometry for freshmen or sophmore status Grades: 9-12
Prerequiste: None Grades: 11-12
Prerequistes: Completion of algebra 2 cell biology evolution anatomy & physiology research Meets high school graduation requirements
meets CSU/Uc "D" requirement Meets High School graduation requirement in physical laboratory science
Meets "G" CSU/UC requirement Astronomy California geology Plate tectonicss Earthquakes Volcanoes Climate Careers:
Atmospheric Scientist
Engineer
Geologist
Meteorologist
Hydrogeologist
Minerologist
Oceanographer
Volcanologist
Seismologist
Environmental Geologist
Paleontologist
Soil Scientists
Petroleum Scientist Meets high school graduation requirement in physical laboratory science
Meets "D" or "G" CSU/UC requirement Careers: Learn how to write computer apps using the Java programming language. Game design using the Greenfoot development environment. Includes programming for the Xbox Kinect. The textbook and BlueJ development environment are specifically designed to make learning how to program with classes and objects easier. Master the logic of writing methods with CodingBat.com AP Computer Science The Central Idea
Physics is the study of nature at the most fundamental level.
People build airplanes, cell phones, tall buildings, and other "miracles" of modern civilization by combining the insights from many fundamental experiments.
We try to eliminate as much complication as possible to arrive at an understanding of the essence of how things work, usually in terms of simple mathematical equations, such as speed is distance divided by time.
The results of simple experiments allow us to predict the outcomes of any similar situation. Forces and Motion
The world is always changing. In physics, change is described by the motion of objects using ideas of position, speed and acceleration.
Force is a push or pull on an object and causes acceleration. Linking force to motion is a powerful way to understand and predict how objects will behave.
For example, NASA engineers can design a rocket that will carry astronauts to the moon and back. They have to take into account many things-the motion of the earth, the motion of the moon, the energy of the rocket fuel, the mass of the rocket, and so on. We will learn many of the ideas used by NASA. Energy and Momentum
Energy is a force applied to an object for some distance, while momentum is a force applied to an object for some time. Sometimes it is easier to solve a problem using energy or momentum rather than force.
Conservation principles are at the heart of the philosophy of physics. The symmetries of space and time are directly related to the conservation of momentum and energy in any physical process.

On earth, all energy can be traced back to the sun. For example, the energy in gasoline is stored sunlight energy. It is thought-provoking to realize that in one hour, more sunlight energy reaches the earth than the energy used by all people in a year. Thermodynamics
The most prevalent way of using energy to make changes in the world is by converting heat into work-that is, applying a force over some distance, such as lifting a steel I-beam into place to construct a skyscraper.
There are consequences to burning fossil fuels to generate the heat that is used to do work. Are there viable alternatives? What would it take to change the way we use energy to do work? Sound and Light
When particles of matter are set in motion, the energy of that motion is transferred to adjacent particles through collisions. A sound wave is that energy spreading through the particles of matter. We hear sound when the collisions reach our eardrums and make them vibrate. Sound can only travel through matter.
When particles of charge (e.g., electrons) are set in motion, the energy of that motion is transferred to adjacent charges by particles of light called photons. Photons can only travel through vacuum to another charge. Light is also modeled as a transverse electromagnetic wave. Electricity and Magnetism
All matter is composed of electrically charged particles constantly in motion. Motion of electric charge creates a magnetic field. Matter, then, is a complex arrangement of electrically and magnetically interacting particles (electrons, protons, and neutrons).
Different types of materials can be made by arranging atoms in particular ways. Metals, plastics, animals, plants, rocks, water--all things--are made of a relatively few types of atoms. Chemistry Meets high school graduation requirements in physical laboratory science
Meets "D" CSU/UC requirement Careers: Chemistry is the study of matter and the changes that it undergoes. molecules nomenclature gas laws Biology is a natural science concerned with the study of life and of living organisms, including their structure, function, growth, origin, evolution, and distribution. Earth science is the study of Earth and its place in the universe. Meets high school graduation requirement in electives
Meets the "D" or "G" CSU/UC requirement Careers: AP Environmental Science Careers: AP enviornmental science is an interdisciplinary study of: biology toxicology Goals: understand interrelationships in the natural world
identify and analyze environmental problems or challenges
evaluate relative risks associated with enviormental problems
examine alternative solutions for resolving and/or preventing enviornmental problems Human Anatomy & Physiology Grades: 11-12
Prerequistes: Completion of biology and another year of science Meets the "G" CSU/UC requirement Dissections are required Careers: muscular Nervous Cardiovascular Urinary Reproductive Agricultural Chemistry
Analytical Chemistry
Biochemistry
Biotechnology
Chemical Education
Chemical Engineering
Chemical Sales
Consumer Product Chemistry
Environmental Chemistry
Food and Flavor Chemistry
Forensic Chemistry
Geochemistry
Hazardous Waste Management
Inorganic Chemistry
Materials Science
Medicinal Chemistry
Organic Chemistry
R&D Management
Science Writing
Textile Chemistry
Water Chemistry http://www.physics.org/careers Careers: http://www.macroevolution.net/careers-in-biology.html#.UO3hQax62So ecology Medical assistant
Nursing
Home health worker
Forensic science
Physician
Physical therapist
Artist
EMT
Paramedic
Plebotomist
Radiological technician
Physical anthropologist
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