This video is based on a chemistry experiment. This video is going to explain to us how to use gravimetric analysis in order to analyze sulfuric acid. This experiment should not be done for those who do not have a fundamental knowledge of chemical compounds, reactions and chemical safety. He explains first what he is about to do before he does it. Sulfuric acid is acidic and can be toxic if ingested or in contact with the eyes. Take extreme care with this experiment.
In this video the tutors explain about the concepts of Circular Velocity and Acceleration. She explains the concepts using a real world small experiments. She shows that the equation to calculate circular velocity is v = (2 * Pi * r) / T, where r is the radius of the circle the object moves in, and T being its time period. Now she takes the values from the experiment and calculates the velocity of the other tutor who is the object that runs around in the circle for the experiment. She even co...
In this video tutorial, viewers learn how to do a liquid nitrogen experiment. The materials required for this experiment are liquid nitrogen and film canisters. This task is very easy, fast and simple to do. Begin by pouring the liquid nitrogen into the film canisters. Then quickly place the film canister lids on. The liquid nitrogen will eventually become a boiling gas and expand about 700 times. Because of the expanding, the pressure will build in the canisters and result in popping lids. T...
Learn how to use depth of field with help from this photography tutorial. Although it may seem that depth of field is a confusing factor in photography, it's actually quite easy to understand & adjust once you've gotten the hang of it. Depth of field (or, DOF) is a great way to experiment with your photography & improve your skills as a beginner photographer. When taking your photograph using DOF, it is imperative to remember that the shutter speed and aperture (or F-stop) need to change at e...
Love doing science experiments? Want to impress your friends with your science skills and look good? Then you must watch this video.
Don't just drink your milk... have fun with it! Check out this science experiment video to see how to curdle milk with a battery and salt. This experiment can be done by anyone with a few simple materials... milk, a 9-volt battery, a small glass or plastic cup, salt and a stirring rod.
Almost everybody knows this trick, but do you? Just watch this science experiment video that you can do in your own home, in your own kitchen, to see how to suck an egg into a glass bottle and hear a crazy sound.
This free video science lesson from Northern Kentucky University demonstrates a simple experiment for comparing the density of ice—frozen water—to vegetable oil. For all of the relevant details, including a list of necessary materials, full step-by-step instructions, and a complete demonstration of the experiment itself, take a look.
This simple experiment will have you rubbing your eyes in disbelief. Make a glass bottle disappear with a lot of glycerin and another glass cup. The results are pretty astonishing. This is a fun experiment to try for yourself, or show off to other people.
Check out this instructional science video to learn how to make a steel wool soap pad ignite. Using a 9v battery, touch the Brillo pad to make the steel wool ignite. This is a simple science experiment following step by step the instructions in this video tutorial, trying out for yourself. This is a great experiment to perform with the kids.
This video is for preschoolers to learn how to do the Diet Coke and Mentos experiment. See how you can involve preschoolers with this cool science experience. If you do not have the resources to do this science experiment live you can watch the Cullen's abc's interactive video for preschoolers titled: "Diet Coke + Mentos for Preschoolers"
Rock candy endures as a childhood sweet because it is both taught in science class as a fun (and yummy) experiment and because it's made entirely out of sugar. And you'd have to be just downright weird if you're a kid who doesn't like sugar.
Make your milk come alive using this at home science experiment! Mix a few drops of various colors of food coloring into a shallow dish of milk. Then add some dish soap, and put just a single drop into the middle. Then watch the ensuing cool effects!
Cattleya orchids are amongst the rarer orchid species, known for their almost jellyfish-like, ethereal lower sections and great range of color. So what better way to experiment with bright nail colors than buy painting some of these exotic orchids on your nails?
Learn how to make a self inflating, flying condom! We should you how to make an instant flying condom using a few household items. Fantastic and fun science experiment! You will need one condom, one bag of hydrogen peroxide and dishwasher limescale remover.
Make Slime! This one is easy. Just mix equal parts of glue and water and then add an equal part of liquid starch. Just like that you have gooey slime. The more you play with it the more fun it becomes. This acclivity causes the polymer chains in the glue to cross link with chemicals in the starch. The result is an awesome stretchy slime.
Ian uses round magnets, pencil, clay and glass slide to work his magic science experiment. Magentic levitation is said to be a solution for energy costs of trains because it cuts down friction and creates what is mythically regarded as a perpetual energy motor. This is an interesting toy model of how the maglev trains and large scale generators work
You can easily tell if an egg is raw or hard boiled without breaking the shell, as long as you know a little science. This experiment uses physics to show how if you spin an egg you can tell if it's insides are viscous or solid! Thanks Happy Scientist Robert Krampf for this great tutorial on the science of eggs and physics of rotation.
Watch this instructional photography video with Jim Talkington and learn how to light a '57 Chevy in a photo studio. This is a beautiful car, but it prevents some challenges in photographing the shiny paint and chrome surface. In this tutorial, experiment how to set up the lighting. This video is great for car aficionados. Practice these tips and improve your photography skills.
In this video watch a simple experiment of lighting a bulb and a fluorescent tube. Makes you wonder if being so close to power lines radiates people. Hmmmmmmm
Mr.G shows you an experiment in which you can create pulse DC current (which mimicks AC current) from a nine-volt battery.
This video is a science experiment for kids, which demonstrates how to make Invisible Ink at home. For this experiment, you will need the following: a knife, a spoon, a lemon, a cotton swab, a cup of water, paper, and a saucer.
This video shows you how to calculate the percentage yield in chemistry. To find the percentage yield, you will need to divide the actual yield by the theoretical yield. Then, multiply it by 100: i.e. % yield = actual yield/theoretical yield x 100. An actual yield is the amount of a substance produced in an actual laboratory experiment. It is based on an actual physical measurement of a quantity. The theoretical yield is the yield as is calculated on paper: i.e. through calculations. Therefor...
In this Household Hacker experiment, we'll demonstrate how to completely remove scratches from your CD or DVD media.
Want to learn how to harvest the sun? Just watch this science experiment video to see how to convert sunlight into hydrogen fuel. It's simple and environmentally friendly.
Check out this low cost project. This video will show you how to transfer sound over light! Yes, this is possible. You'll transfer a sound with a distance of 5 meters, but you may experiment on greater distances if you'd like. You'll need a laser (or an LED) for this audio project, one Opto transistor (or resistor), one 3-volt battery, two mono audio jacks, and some alligator clips. Just watch this cool electronic audio experiment and try it out yourself.
Notice: This is probably not new to many people. This *IS* new for some people however, and meant for them! Post interesting cameras you find.
If you're a certified computer nerd along the lines of NASA scientist Howard from "The Big Bang Theory," then you know how frustrating it can be transferring large amounts of data between an external hard drive or other drive and your main computer, especially when you're in a rush to get experiment data in. Usually this requires mounting the drive into a system or external case first.
Cool! A cloud in a bottle! You can make one yourself by watching this little how-to. You'll need a bottle, a bike pump and a little attachment from the hardware store.
Want to test whether the soil sample or a water sample contains boron, watch this video. As shown in the video, the first step is to create test specimens of various concentrations using a simple turmeric and ethanol solution as a base for comparison. The basis of this experiment is the fact that curumin present in turmeric reacts with boron to form a reddish compound and so the result of this reaction can easily be verified visually.
If you've already tried the 3-pegged head on the Clover Wonder Knitter, it's time to try out the 6-pegged one. The Crochet Crowd shows you how to cast on from the 6-knobbed head with ease. This tool is a great way to experiment with your knitting skills!
Clover's Wonder Knitter is a nifty little device that comes with a 3- and 6-pegged head. This is a great little device to experiment with and The Crochet Crowd is going to show you how to cast on from the 3-knobbed head. Also, check out the 6-pegged head tutorial.
In this video, we learn how to make a wheel spin with angular momentum & inertia. You will need: a bicycle wheel, a lighter, and a couple of strings attached to the top of a deck. Now, take the bicycle wheel and hang it on the strings on both sides of the wheel. When you turn the wheel it will fall off of the strings. Start the wheel spinning again, then light one of the strings on fire. When you do this, the string will fall off but the wheel will keep on spinning while rotating. Do this exp...
Oobleck, a word coined from the Dr. Seuss book "Bartholomew and the Oobleck," has contemporarily come to define the substance created from mixing cornstarch and water. This mixture is notable for its dilatant properties, and as an inexpensive and non-toxic Newtonian fluid. While seemingly liquid, under pressure, the substance reacts as a solid. Gentle treatment, however, will allow the material to remain in its fluid state. More simply put, this sh*t is crazy.
In this video, we learn how to play 12-bar blues variations on guitar with Justin. You will simply be taking the regular pattern and adding in variations you can do. You will end up with the ability to improvise with different songs, which will make you have a unique sound to all your music. One of the things you can do is to start to play notes on a different string, or move the sound of the note up and down as you are playing it. Changing up the pattern can add a cool blues sound to your mu...
In this video, we learn how to spice up your desktop with free Windows 7 themes. These are provided on the Windows website, where you can search through the personalization gallery. You can choose from a number of different themes that best fit your personality and preferences. You can change not only what you see, but also the sounds that you hear! If you don't see a theme that you like now, check back often because there are always new themes being uploaded to the website. These are all fre...
In this tutorial, we learn how to grow bacteria with agar and petri dishes. First, prepare your agar by swirling it and then pouring it into an open petri dish. Next, close the cap to the petri dish and let it sit for an hour. Next, grab a q-tip and swab it on a surface you prefer. After this, swab it onto the petri dish and let it sit for around a week. When you come back to the dish, you will see all the bacteria that has grown! This is a great science experiment to do for children in schoo...
Here at WonderHowTo, we're used to seeing zillions of hairstyling tutorials that focus on "beachy, summer hair" or "bohemian braids a la Lauren Conrad." Summertime is a great time to experiment with your hair, but it seems that many of us lean on our braids and waves like LBDs.
Learn how to sketch a realistic 3/4 profile of a female head and face. Begin by drawing a simple circle. Add a few more construction lines which outline the general shape of the drawing. The rough features of the face come next. Now you are ready for more artistic touches, such as shadows underneath the nose and lower lip. Experiment with different brushes and intensity of color until you like the result. Learn to play with lines and shadows to create a sketch of a female head.
Impress others with your artistic skills by learning to paint a gypsy dancer on the computer. Construct a rough sketch line drawing of a girl dancing. Use a soft brush to airbrush some colors in. Use as few colors as possible. Don't worry about the value yet. This will be a basic map of what colors you want to use. Start adding darker colors in. Use a highlighter to add lighter colors. Use the soft edge brush to blend and a hard edge brush to define forms. Experiment to your liking. With this...
