Science and technology fairs can be daunting to kids, but they don't have to be. When young students are encouraged to use their learning capacity and imagination while viewing the world around them, they are capable of many things. Whether they enjoy consuming, producing or inventing their technology, they have some means and background they can apply. They can participate, and even excel, at technology fairs.
Science fairs offer opportunities for children to apply knowledge they learn in the classroom. The solar system is a typical topic in fourth grade science curriculum and lends itself to a variety of demonstration models. These models can be creatively fashioned from the simplest materials, giving fourth graders the tools to make a little solar system for themselves and others.
Though kids may balk at the idea of creating a science fair project, many schools require their students do so. Therefore, it is important to find a topic for the science fair project your child enjoys. Many children enjoy being outdoors and exploring the world around them; by coming up with science fair project ideas related to hunting, your kids may become more involved in their schoolwork.
Lip gloss may seem like a frivolous beauty item, but extensive scientific research is spent perfecting the formula inside every tube. Makeup companies hire chemists who specialize in cosmetics in order to deliver a cutting edge product to consumers. Testing different lip glosses results in a science fair product that is big on both beauty and brains.
Fifth graders use batteries to power many of the electronics they use each day. By comparing how long various brands of batteries last, students not only gain insights into the scientific process, but also make discoveries that directly relate to their daily lives. Battery testing is time-consuming. It can take days or weeks to completely drain a battery of its power. It is necessary to remain on task and not get distracted by other activities. It is important to remind students that they should not undertake battery testing experiments unless they can devote the necessary time to hypothesizing, observing, and…
Megaphones amplify sound so a cheerleader's cheers are able to be heard above the roar of the crowd. You can buy plastic megaphones for the entire squad or make new ones for each game.
Identical twins are a biological wonder that turns heads and inspires comment and curiosity wherever they go. To scientists, however, the phenomenon of twins is more than a interesting genetic twist of fate. Twin studies provide insight into the age old questions of the relative importance of nature versus nurture in determining character, strengths and weaknesses, values, likes and dislikes and career choices. If you want to better understand twins, try a science fair project on a study of twins that explores just how far the similarity between them goes.
Fifth graders can use rabbits in a science fair project by building a maze to determine which food motivates rabbits the most. Though the maze construction will require help and guidance from a responsible adult, the fifth grade student can complete the experiment and recording on his own. Choose three different varieties of food, such as hay, pellets and fresh carrots to use during the experiment. Perform each test at least twice, but only once a day so that your rabbit doesn't become tired. Using this method, the experiment will take at least six days. Different variations of this experiment…
Weathering is a natural process that is responsible for many of the changes on earth. The weathering process slowly erodes rocks, sand and other materials until they change in shape, size and chemical makeup. Weathering occurs in natural areas all over the earth, from the Grand Canyon to the sand on a beach and the dirt in your own backyard. Creating conditions in which weathering can occur, be observed and learned from offers 8th-graders a chance to witness science in their homes or yards. Performing a weathering science fair experiment is an educational experience for 8th-graders.
There was a woman serving in the U.S. Congress before women even had the right to vote. Learning about the Constitution and the 9th Amendment teach students about equality in America. Teaching this constitutional amendment is incredibly important in today's world. Most students may not realize that women and other nationalities did not always have this right. It can also be a fun activity to include all students.
Density refers to the amount of mass contained in objects; though two objects may be the same size, if one has more mass than the other, it will have greater density. Explaining this concept to elementary students may be difficult, but presenting them with hands-on experiments that allow them to see density can promote an understanding of this scientific property in a way they can relate to.
An ultracapacitor is also known as a "supercapacitor" or an "electric double-layer capacitor" (EDLC). The EDLC label refers to a carbon-based dielectric that creates a double electric field when the ultracapacitor is charged. Charging an ultracapacitor differs little from charging a conventional capacitor. All you need to do is apply a small voltage source across the leads for about three minutes. What is different is that an ultracapacitor stores charge in the farad range, whereas conventional capacitors store charge in the pico- to micro-farad range. An ultracapacitor connected to a solar cell in a circuit is one way to create…
All life forms need to consume a certain amount of minerals in order to grow, thrive and remain healthy. These naturally-occurring elements are found in many different food sources. For instance, plants obtain the mineral nitrogen, which is essential to their growth, from the soil. By conducting experiments based on mineral nutrition, students can understand which minerals are necessary for a healthy diet and how important minerals are to nutrition.
Elementary-age children are curious about everything in the world around them, from the grass under their feet to the birds in the sky. As an educator of second-grade students, you can help foster a love of learning in your students by making education fun and interesting for them. Lift and aerodynamics are complex topics that your students won't fully understand for many years, but a classroom of curious children would likely benefit from a basic description of these principles of flight and how they help keep airplanes in the sky.
Bugs are supposed to live outdoors, not inside your candy bar. But according to the U.S. Food and Drug Administration, certain defects, including insects, are allowable in foods to a certain degree. One way to investigate this phenomena is to create a science fair project called "Are There Bugs in Packaged Foods?"
Many schools participate in history fairs. These fairs take place either within the school or as as competition with other schools. Sixth grades students have several options for age-appropriate history fair projects that can be completed with a group or individually. Giving students specific guidelines and enough time to complete history fair projects helps to ensure a quality finished product.
Surface tension is the term used to describe the way water molecules form a cohesive bond at the surface of a body of water. Water molecules are attracted to each other, causing the molecules to appear to hold the water together. Several simple experiments can demonstrate this phenomenon.
A supercapacitor is a special type of capacitor that is valued for its ability to store electrical charge in the farad range, as opposed to the micro- and pico-farad ranges in conventional disc and electrolytic capacitors. The supercapacitor is also known as an "electric double-layer capacitor" (EDLC). The double-layer label comes from a special carbon-based dielectric that forms a double electric field when charged. A supercapacitor is powered up like a conventional capacitor by applying a voltage across its leads. However, the supercapacitor differs in that it only requires a very small voltage source such as that from a solar…
Most simply, common fire extinguishers emit a combination of pressurized chemicals that put out a fire by displacing oxygen. The first version of a modern fire extinguisher was invented in 1816 and used a potassium carbonate solution that was sprayed with the help of pressurized air, according to the All Science Fair Projects website. Today, fire extinguishers come in solid, gas and liquid forms.
OCR A-Level Economics is an educational qualification awarded in the United Kingdom. OCR stands for Oxford Cambridge and RSA Examinations, and is one of the leading awarding bodies in the UK. A Levels, also known as the Advanced Level General Certificate of Education, or GCE, are qualifications required by universities that British students must have to gain entry. These tests are usually taken by students in the second year of sixth form college, a higher education college following compulsory schooling up to the age of 16, when students are aged between 16 and 18.
Science fairs are a way for kids and young adults to develop an appreciation for science and the world around them. Science fair ideas can come from any aspect or subject of nature. Sometimes, more complicated projects merit an adult's help, or even just an extra pair of hands. While more intricate projects cannot be completed in one afternoon, there are some easy science fair projects that are less time intensive.
Finding crystals is not as much fun as making crystals of your own. Creating crystals is an easy project because the only necessary ingredients are tap water and either table salt or Epson salt. Combining the mixture is easy, but it can take up to a week to see the crystals forming.
There are numerous rumors about soda being so bad for a person that it will dissolve a nail, tooth, penny or piece of meat within days. The basis of these rumors stems from the fact that most sodas contain phosphoric acid, which is also used in jellies, pickling solutions and in rustproofing metals. A science fair project about discovering if soda will dissolve a nail in four days must be well researched, methodical and objective.
Using mustard stains is a great way to show the strength of laundry detergent. You will need to do the majority of the experiment in your own home. Remember to use the same variables throughout the experiment: same t-shirts, amount of mustard stain, amount of laundry detergent, even the same temperature of water in the washing machine.
Many high schools across the country require the completion of a senior project prior to graduation. The senior project is often based on the interests of the students rather than standard academic coursework. Students work with teachers to choose topics and create a project outline along with a timeline for completion. Projects are completed with final presentations by the students, which are sometimes judged and awarded prizes.
Satellites play an important role in scientific research for NASA and other organizations around the world, but sixth graders might be surprised to learn the importance of satellites to their daily lives. An enlightening science project will guide sixth graders researching the influence satellites have on many of their activities at home and school.
Ten million tons of phosphoric acid are produced in America each year. About 80 percent of the total produced is made into fertilizers and applied to plants, notes Professor Bassam Shakhashiri at the University of Wisconsin. Phosphorus is essential for plant growth; and although phosphoric acid is a chemical with different properties, one of them promotes growth.
Experiments related to the brain can be a fun way for kids to learn. The brain is involved in many processes that help maintain the body's functions, including equilibrium and balance, reflexes, vision and memory. Experiments showing how these processes are integrated without conscious thought can demonstrate the importance of the brain in helping students perform everyday activities.
There's something magical about soap bubbles. Though they are comprised of soap and water, somehow they manage to be perfectly spherical, colorfully iridescent and fragile all at the same time. Because soap bubbles are so enigmatic, young kids usually enjoy playing with them. Older kids and adults do too, but can do so in the name of science.
Electric energy is a necessary element needed to make objects function. Electric energy allows lights to illuminate, cars to move and televisions to work. However, different forms of energy exist that cause objects to move without electricity. Conduct a fifth-grade science project that makes an object move with energy. Experiment with different forms of energy, such as stored energy, to make objects move without electricity.
Electric currents possess a magnetic field that, when localized and channeled by a metal rod, magnetize an otherwise non-magnetic, metallic object. Electromagnets allow operators to turn the magnetism off and on, which in turns makes it easier to manage and manipulate the magnetic power. Simple electromagnets are easy to make, and many of the devices that use them are as well. Consequently building and using electromagnets for a science project proves to be an easily accomplishable task.
Electrical science projects using the scientific method help kids develop an understanding of conductivity, batteries and static electricity. The scientific method teaches kids to ask questions about the world and think logically and analytically about the answers. It teaches skills in classification, organization, observation and critical thinking. Exploring the science of electricity gives kids an appreciation for the energy that powers everyday life.
Eighth grade students begin learning more about the history of the United States. Their education will cover the early period of settlement in America as well as the cultures native to the land. Your students can write a variety of essays with the new topics they learn in eighth grade history class.
Testable science experiments are those that use the scientific method: observation, hypothesis, test of hypothesis and conclusion. While learning this process through experimentation is important in and of itself, the foundation of skills provided by this method is beneficial in a wide range of academic disciplines. Exposing fourth-grade students to testable science experiments will help them with inference, logic, observation measurement and classification.
The solar system is a subject of wonder and curiosity for all ages. Middle school students are not always as interested in school as most would like them to be, but creating projects that are social in nature will help keep them interested in the subject. By creating a social atmosphere in the classroom, students can learn about their solar system without feeling like they are working.
Zoology is the study of all animals, and may be is taken as a high-school course or as part of biology in the upper grades. The study of zoology often is covered in high-school cell biology or earth sciences. Zoology usually is broken into invertebrate and vertebrate zoology, anatomy and animal behavior coursework. High-school zoology courses also may include a look at entomology, ethology and zoography.
Mudslides are caused by water adding weight and lubrication to soil that is clinging to the side of a slope. Tom Horning, of Horning Geosciences in Oregon, has pointed out that if there is 2 inches of rainfall in a short time, every square foot of soil can gain 10 pounds of water weight. Over the area of a hillside or mountainside, this could add up to hundreds of thousands of pounds. To conduct a sixth-grade science project on preventing mudslides, you can mimic the structure of a hillside and use different methods to prevent a mudslide, or you can…
Experimenting with potato growth is one of the first planting practices that most kids enjoy. There are numerous ways to experiment with growing a potato -- any one of which can be fascinating for little ones. Planting things and watching them grow is a great way to get a child involved and interested in nature.
All liquids contain molecules that can flow around each other. This movement of molecules is not completely unrestricted, as the molecules of most liquids have electrochemical properties, causing them to attract each other. The attracting forces cause cohesion among the molecules, which results in what we call surface tension.
A science fair is a competitive event that allows students to showcase their research on any subject or object. To complete projects, the students use a scientific process to define a topic, use their resources, create a report for the project and a display for the project that showcases the hypothesized end results. The student also gives an oral project presentation to the science fair judges. Projects involving a hamsters are common. You can create many different winning science fair project ideas built around hamsters.
Analytical chemists measure and analyze the molecules that make up various substances. They separate these substances into the compounds, elements and salts of which they are made. Pigments are chemicals that give materials their colors, and most colors are blends of multiple pigments. A technique called chromatography separates the various pigments, and can be used to help identify the original object. You can perform an analytical Science Fair project using this technique.
When a chemical reaction occurs, two types of changes happen. These types of changes can be classified as either physical or chemical. Chemical changes produce an additional component, such as a release of a new chemical, production of rust or a change in temperature or color. Third-graders will get a better understanding of what a chemical change of matter is by doing hands-on activities and experiments.
The microscope is one of science's most important tools when it comes to developing an understanding of items that are difficult or impossible to view with the naked human eye. The microscope allows small artifacts to be easily viewed through high-powered magnification, and an understanding of microscopes and their composition is vital for students studying science.
It takes an amazing amount of work to make one aluminum can. A coiled sheet of aluminum is fed through a press to punch out the cup. The can walls are thickened and the bottom domed for strength. Students can test the finished product with a collapsing-can science project. Using only air pressure and steam, they'll learn to crush an aluminum can without touching it.
Ecology is a part of biology that involves studies of the relations between organisms and their environment. Studying ecology does contribute to the understanding of environmental problems, as it involves the investigation on how different factors can change natural relationships. There are various topics to choose from to perform experiments in ecology.
Soil pH is a measure of the acidity or alkalinity of soil. The pH scale ranges from 0 to 14; however, most soils have a pH between 4 and 10. The neutral pH is 7. Acidic soil has a pH less than 7, and alkaline soil has a pH greater than 7. Soil pH influences the types of plants that grow well in the soil. This allows for a wide variety of science fair projects about normal soil pH levels.
Fourth-graders learn various information about science, including the concept of force and motion. Before teaching fourth-grade children an activity on force and motion, there are several aspects to consider, including the type of activity, the purpose of the activity and how long you would like the activity to last.
Many parents have hollered: "Don't play with your food!" Kids can rejoice in an educational excuse to break this rule without consequences in the name of kitchen science. The kitchen provides parents and kids with a perfect venue for testable experiments with food without the necessity of a lot of expensive scientific equipment and materials. Everyday, low-cost items from the pantry and refrigerator are all it takes to explore food chemistry, nutrition and taste preferences.
Completing a biology project into the science of trees presents you a good opportunity to get your elementary school students out of the classroom and into nature. Encourage youngsters to engage with the nature they are observing, drawing pictures, taking photographs and studying the leaves from trees through magnifying glasses to help them understand how different trees are classified.
A solid foundation in mathematics is essential to any engineering career. Math is used in all types of engineering, including civil, computer and mechanical engineering. Types of math common to engineering are algebra, geometry, calculus and trigonometry. According to The Whiting School of Engineering, engineers use math to "build bridges and skyscrapers, design machinery and oversee public works."
Teachers instruct a variety of material during 11th grade language arts class. The intention behind heavy instruction is preparing juniors for college entrance exams, and then college courses. Projects allow students to learn material alone and with peers. Projects also present opportunities for growth, as students experience the struggles and triumphs from completing a project.
Combine homework time with play time by using toy cars or constructing your own toy car from everyday materials. The fastest, most effective models make use of the same aerodynamic principles used by professional race car drivers. When designing or choosing a toy car for your project, try determining which will prove to be the most aerodynamic.
The imprint left by the ridge patterns on the pads of fingers is known as a fingerprint. Some believe that these ridges evolved to provide traction for picking up objects. Fingerprints are also believed to be inherited because no two humans have been found to share an identical fingerprint. Science fair projects on fingerprints can revolve around the process of creating and recovering fingerprints, classifying fingerprint types and testing the uniqueness of fingerprints.
Horticulturists use experiments to determine the best methods for growing plants. You can perform similar experiments for a science fair project to see if adding organic material to the soil changes its absorbency. Peat moss is a natural organic material often used in potting soil and as a professional growing medium. It is prized for its ability to retain moisture while allowing the plant access to oxygen. Peat moss is harvested from bogs and is composed of partially decayed moss that was deprived of oxygen. Sphagnum peat moss contains at least 66 percent fiber and is the most common type…
Water is an important part of daily life. It surrounds us indoors and outdoors. Science opens the minds of sixth-grade pupils by allowing them to understand and explore the properties of water. Water properties are unique and unlike other materials. Not only is water odorless and tasteless, it has other fascinating properties like polarity, adhesion, cohesion, surface tension and density.
Air pressure can be a tricky concept for children to grasp without some sort of visual aid. We cannot see molecules of air, and cannot feel gases pressing against us. Luckily, the Exploding Peep experiment can demonstrate some of the effects of reduced air pressure. It also doubles as a tasty snack after the demonstration has been completed!
Electric boats are a great idea for a science fair project. While complex, you can make an electric boat fairly easily if you have the time and materials. There are few different types of electric boats that students can make for a science fair project. To generate electricity for such a project, you can use an air-propelled boat, a wooden generator, drawing energy from the ocean, or solar energy.
For plants that normally thrive in freshwater environments, salinity in the water can drastically affect their growth and even their survival. Many different experiments test the ways that salt can change plants, but all of these projects have several elements in common as they are executed.
Investigating optimal conditions for plant growth is one of the most commonly conducted science fair projects in the field of botany. Control the variables during this experiment by exposing two same species, similar-sized plants to the same atmospheric conditions and volume of water. The only difference in your experiment should be the light conditions, which you can control using dark and light environments.
With a limited supply of fossil fuels and an increasing concern over pollution and greenhouse gases, many people are looking for alternative energy sources that are both sustainable and have less of a negative impact on the environment. This, in turn, has led to an increased interest in science fair projects having to do with solar and wind power.
The Science Fair is often one of the most anticipated events of the school year, especially in elementary school. Students can show off their love and knowledge of science, as well as their creativity. Choosing which project to do can often be a daunting task, but there are several that are simple enough for any grade level that are also fun and educational.
The egg launch project is a very popular project for students from junior high school all the way to college. While the rules vary, the general principle is that a raw egg must be protected from some sort of trauma such as being dropped or thrown.
Although millions of experiments are conducted using water every day, few science projects attempt the feat of creating water. It is hardly necessary to make such a plentiful resource from scratch; however, the project is a challenge that often impresses science fair judges and can be completed with some basic materials available at most home improvement stores. Students will need to apply basic scientific rules and principles to yield successful results, and experimentation will likely take several attempts, so it is advisable to prepare early.
Science can be a daunting school subject for many young people. Since it relies heavily on theoretical data, mathematics, statistics, and observation, it can seem unappealing for many youngsters with short attention spans. However, you can make science more fun by performing experiments with funny and exciting outcomes that also educate students about scientific properties and laws. Such experiments include using static electricity generators, liquid nitrogen displays, making your own baking soda volcano, and creating a Cartesian diver in a bottle.
"The Muffin Man" is a nursery rhyme that kids can easily learn. After reading it to children, they can participate in different activities related to the rhyme. "The Muffin Man" activities help kids learn about cooperation and vocabulary words as well as how to use their creativity and imagination.
Physics is the study of matter and energy and how it relates to other areas of science, such as biology, geology, astronomy and engineering. Everything within the universe moves and interacts with other objects or states of matter, and physics helps to define how these processes take place. Teachers can use experiments involving physics to help eighth-grade students understand the principles associated with this form of science.
Science projects for fifth-graders should be interesting and educational. Students at this level are ready for more complex science lessons than students in lower grades. This opens up a variety of possibilities for teachers and parents. These projects require little adult supervision and will give students valuable hands-on experience.
Much of what we use in our work world today began with the use of simple machines. These simple machines use human energy and single forces to more easily perform work that is otherwise very difficult. In today's world, human energy has been replaced by more elaborate machines that are powered by energy from coal, natural gas, oil and nuclear power, but simple machines still play an important role.
The biological classification system accepted by scientists worldwide is a complex hierarchy based on certain common characteristics exhibited by its members; however, not all creatures fit neatly into a single category. As new lifeforms are discovered with unique genotypes and phenotypic expressions, the diversity of life becomes more apparent and harder to organize. Biology students will learn this firsthand in a series of science projects.
If it weren't for sailboats, early explorers would not have known that land existed beyond their own nations. They would not have proved so early on that the earth was round, and people all over the world would not have discovered one another until steamships came along. It's no wonder, then, that sailboats hold such prized status in the minds of so many. Whether you're interested in racing boats, yachts or old ocean-crossing vessels, a sailboat project is sure to liven up the whole science fair.
Due to the different branches of biology, there are many topics a student can explore for a biology graduation project. Some of those branches include botany, human anatomy and zoology. Botany, otherwise known as the study of plants, can entail experiments that test how well plants will do with other plants in close proximity, the amount of fertilizer used and what kind of vitamins they need to thrive. Human anatomy can be tested by determining what liquids one can consume and how it affects the kidneys. Zoology experiments may test how animals react to different living conditions.
The science of chemical reactions, also known as stoichiometry, revolves around the pH level of a substance. A mixture's pH is a measure of its acidity, which is calculated by estimating the hydrogen ion activity in the solution. Solutions that have a higher activity of hydrogen ions will display a lower pH level and a higher acidity level. There are a few activities that can help measure the pH level, which can assist you when performing scientific experiments.
Hamsters are appealing pets for young students. They are much easier for you to take care of than a dog or a cat, but can provide you with practice in caring for larger animals. They are also good pets for kids who like science. You can incorporate hamsters or other pet rodents into a number of interesting science fair projects.
Given the number of energy drinks arriving on the market in recent years, now is an interesting time to develop scientific experiments to determine exactly what side effects, if any, accompany consumption. An experiment to test the effects of energy drinks on reaction time and memory is relatively simple to construct if you are familiar with the scientific method. The scientific method will guide you through the experiment process and ensure that your results are accurate and unbiased.
Tell kids that they are going to learn about bats, and many immediately think thoughts of scary movies and Halloween. However, bats are mammals just like dogs, squirrels and humans. Activities help kids learn the facts about bats and their habits so they understand bats are more than a Halloween symbol. Kids can also learn that bats have the ability to echolocate and "see" where they are going without using sight.
As an eighth-grade biology teacher, your students are learning many things about how life works. You may have taught them about the basic unit of human life, which is a cell. They may have also learned about the cell's physical properties and how it functions. They surely have learned an abundance of things about biology. To help your students retain and increase their knowledge about biology, ask them to develop a biology project.
A person's karyotype is mainly composed of the ordered profile of his chromosomes. Karyotyping is one of the ways to determine if a person has a genetic abnormality. If you are trying to teach genetics to your students, you can help them learn more about karyotyping and let them have a go at being geneticists by doing a school project.
Interest in environmental science projects that target sustainability, climate change and the effects of pollution is growing. Students are understandably concerned about ecological consequences of continuing practices that destroy ecosystems and leave the students with an unhealthy planet for their future. Ecology science experiments give you an opportunity to explore how to be part of the solution through environmentally friendly practices.
Learning about some subjects can be tedious for many schoolchildren, and the weather is often no exception. Teaching certain aspects of earth's weather cycles, how they work and why they happen is important as part of basic elementary school education, and integrating fun, hands-on experiments in the classroom is a perfect way to explain key points to kids and allow them to see, touch, hear, feel, and participate in the science behind the weather.
Density is defined as the amount of molecules an object contains. The best way to determine the density of an object is to place it in water. The greater an object's density, the more water that will be displaced by the object. Children often confuse weight with density. Here are four projects that demonstrate what density is and how it differs from weight.
High school senior pictures are a marker in a young person's life, and getting the right hairstyle for the portrait is crucial. The hairstyle will forever be remembered, long after high school is over.
"If You Give a Moose a Muffin," by Laura Numeroff, is one in a series of children's books by the same author. The series originated with "If You Give a Mouse a Cookie," published in 1985. The book lends itself to plenty of literature activities, including lessons on verbs and nouns. Ask the children as many questions as you like after you read the book to make sure they understand the story, then play some interactive games.
Volcanoes have captured the imaginations of science-fair participants for generations. The fun of simulating oozing lava and creating volcanic-like explosions is undeniable. Volcanoes play an important role in the topographical and meteorological patterns of Earth's past, present and future. The complex science of volcanoes lends itself to a variety of science-project hypotheses.
The end of sixth grade is a big deal for more than just the looming summer break: for many students, it means the end of elementary school and the transition to middle school. Many new seventh graders start at new schools where they are no longer the oldest, most respected students. Because the change can be scary, plan end of the year activities that both celebrate where students have been, as well as where they are going.
According to Merriam-Webster.com, a hypothesis is a tentative assumption made to draw out and test its logical or empirical consequences --- in other words, an educated guess or a guess based on prior knowledge. All hypotheses must be tested to make the guess a hypothesis and not just a guess. There are no right or wrong answers, only results that agree or disagree with the scientist's hypothesis. Hypotheses invite scientists to ask questions and find answers. Projects are a good way for students to form hypotheses and test them --- engaging them in the process of discovery.
Mold begins with microscopic spores that feed on organic matter, such as fruits, grains, vegetables and meat. When these spores find an environment that is suitable to them, they begin to grow and produce a fungus that can be seen by the naked eye and observed in an educational setting. With a few materials, pairs of students can set up their own experiments to grow bread mold.
In the classroom setting, centers are independent learning stations that are designed to encourage children to practice and fine-tune skills they have been taught in whole-group lessons. Centers promote independence and help children learn that they are responsible for learning. Use centers in a fourth-grade classroom to foster greater understanding of math skills.
When choosing a science experiment, corn syrup is a good ingredient to use to show how colors mix, and how new colors can be created by adding different types of food coloring. A variety of options are available when using corn syrup, and the colors created can often be used as paint in other projects.
As children get older, they start to ask questions about things they see on an everyday basis. Middle school students may wonder how waves are formed at the ocean or what causes a thunderstorm, for example. Science class is where these questions as well as many other mysterious wonders can be explored.
The humorous t-shirt says, "If it's green or wriggles, it's biology. If it stinks, it's chemistry. If it doesn't work, it's physics." In fact, there is no clear line of demarcation between the disciplines of physics and chemistry. While each is clearly and differently definable, the processes studied by each discipline overlap. In many universities now, science students can study physical chemistry or chemical physics, where that gray area between physics and chemistry is emphasized.
Aerodynamics is the study of the movement of objects through fluids. Most often, the fluid aerodynamics deals with is air (which is what the prefix "aero-" means), though the principles can also be applied to the movement of objects through a liquid, such as a boat or a fish in water. The four main forces of aerodynamics include the upward force of lift and its counterpart, the downward force of gravity; and the forward force of thrust, which works against the force of drag.
Keeping toddlers and young children safe in their homes is important. As babies begin to crawl and walk, they may put themselves into all kinds of danger with everyday items around the home. Risks of electrocution, drowning, strangulation and falling are real and present in nearly every home. An interesting idea for a science fair project is to compare and contrast the various childproofing items available today.
Eggs are an effective and low-cost tool for teaching children about science. There are many experiments you can do with the egg to show different scientific processes. The item can be employed to teach across a wide range of sciences, including physics and chemistry, and could even help youngsters learn a little about the way strong structures are built.
You have collected fingerprint samples for your project, but what is the next step? You need to represent the fingerprints graphically. Analyze your information and select the proper graph for your purpose and audience in order to determine the best type of graph to use for your project. Look at your findings from your fingerprint project. You have multiple fingerprints from various people; classify the fingerprints in order to determine the fingerprint characteristics that you will include in your graph.
There is a large variety of chemistry experiments that help 9th-graders learn more about chemistry and chemical reactions. Many of the projects use common household items to illustrate how solutions and substances interact with one another. Because of the sometimes violent nature of chemical reactions and the chemicals used, it is important to conduct the experiments and projects safely, with adult supervision, special gloves and safety goggles.
Determined by the concentration of positively charged hydrogen ions in a solution, pH levels have an impact on a wide range of biological and ecological processes. Because of the ease with which pH levels can be measured, experiments in measuring and manipulating pH levels are popular for science fair projects in primary and secondary schools.
College offers many new opportunities for you as a student to explore your education. One of those experiences is the availability of equipment and supplies to conduct science projects that otherwise you could not afford to complete on your own. Choose a biology project that will expand your knowledge, and take advantage of access that you might not have after graduation.
Animals can be exciting research subjects for science fair projects. Keep in mind that science fair directors require that you follow certain rules when you experiment with vertebrate animals. Check with your teacher or school to find out if any rules apply before you begin your experiment. Then pick an animal that is easily accessible to you and that you would like to work with.
Science fair projects at the college level are similar to those at the high school, middle school or elementary school level because they are based on the same scientific method. This makes it difficult to distinguish between projects that will be competitive at the college level. Some factors that make college-level projects stand out from ones presented at lower levels are the relevance of their subject matter, accuracy of their presentation, the level of difficulty of their methodology and the precision of their execution.
Science fair projects are an important part of learning and demonstrating the scientific method. Gifted and talented students are expected to perform research and analyze data at a more advanced level than other students. Choose a topic that interests you as you will need to dedicate significant time and effort to produce a superior project.