By Robert Gardner

Tips to make it with no lumps.........oops, that is gravy. Gamow used to be a US scientist (d. 1968) from the Soviet Union. With diagrams and just a little calculus and irreverence, he explains Newton's and Einstein's theories of gravity to common audiences. PLUS----there are L-O-A-D-S of illustrations!! Demonstrates medical rules within the fields of chemistry and physics by means of replicating experiments played by means of such scientists as Archimedes, Galileo, Antoine Lavoisier, and Sir Isaac Newton

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Additional resources for Famous Experiments You Can Do

Example text

You can calculate the mechanical advantage by using the equation: mechanical advantage = load force effort force = 900 N 100 N = 9 This means that the ramp multiplies the effort force by nine times. However, even though you only need one-ninth the force to move the wheelchair, you have to push it nine times as far. The net result will be that the same amount of work will be done. Simple machines 36 will make the tradeoff of a decreased effort for an increased distance in order to accomplish a task.

When the jar and rock are ﬁrst placed in the water and the tube is pinched, the air pressure in the jar is equal to the pressure of the water in the tub, and your diving bell ﬂoats. When you release the tube, the water takes the place of the air inside the jar, forcing it out through the tube, and the diving bell is pulled down. By blowing into the tube, you increase the amount and pressure of the air inside the bottle. The air displaces the water in the bottle and the diving bell rises back to the surface of the water.

In this activity, the sound the plucked string made when the pencils were 4 inches (10 cm) apart was one octave higher than the one when the pencils were 8 inches (20 cm) apart. ) believed that everything in the world could be ordered and that there were mathematical relationships in many things that we take for granted. He and his students studied music and how the length of a string affected the sound it would make. They discovered that if successive strings were each a fraction of the length of the longest string, they would make the most pleasing sounds to the human ear.