Examines the physics behind the Giant Drop, a free fall ride which allows the rider to experience the feeling of weightlessness. Extols the ride as an example of Newton's three laws of motion, which can be seen when the gondola is at the drop point, falling, and braking.
A consideration of a small confusion about the different aspects of dimensions that is really perceived by different persons being the same or different. Why it is so? Do we really follow the exact path towards the truth? Some understanding of physics is needed to understand.
The vortex is a rotary ride that is like a centrifuge, in which a rider spins around. It is basically a machine where the rider stands against the slanted wall of a circular shell, and the shell accelerates quickly, until it reaches a top speed, and all the while the rider slowly slides up the wall.
An interesting physics question: Could basketball be played on the moon? The answer is yes, but there would be significant difficulties to overcome, such as the moon's temperature extremes, low gravity fields and a weak atmospheric field.
Resistivity is a property of all conductors. It tells us how conductive a material is, how many ohms within a metre. The higher the value, the more resistance a material has e.g. copper has a resistivity of 0.3 x 10-6 ohm metres therefore copper is a better conductor as it has less resistance within a metre compared to Nichrome.
Details an experiment predicting partical reaction. Predicts that the hotter the hydrochloric acid the faster the reaction and the colder the acid the slower the reaction.
An experiment by a scientist called Young is is repeated, measuring a two-point interference pattern & determines the wavelength of laser light in any diemntion.
The speed of the ball bearing accelerated when it moved through the honey, because of the gap between the ball and the edge of the cylinder which let the honey through. The speed changes when it hits an air bubble then it returns to its normal accelerating speed.
