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Roller Coaster G-Forces
Roller coaster rides are infamous for forming accelerations and g-forces that are capable of transforming stomach contents within airborne projectiles. As a rider begins the descent down the first drop and she starts a one-minute adventure filled along with several sensations of heaviness, weightlessness, and jerkiness. The parts of the ride that are most responsible for these sensations of heaviness and weightlessness are the clothoid loops. The explanation for the several sensations experienced on a roller coaster loop are related along with Newton's laws of motion and the physics of circular motion.
Boltzmann constant; k (L. Boltzmann) This is a constant that describes the relationship among temperature & kinetic energy for molecules in an ideal gas. This is equal to 1.380
Inertia: the resistance an object has to a alter in its state of motion. Newton's first law of motion declares that force is NOT required to keep an object in motion. Slide
working principle of a prism
The delay in regaining the original state by a body after the removal of the deforming force is known as elastic after effect. In electrometers and galvanometers, the suspension
Hi i am doing research right now on anti-matter. I am just wondering if it is present in the human body?
What is the work done to take a particle of mass m from surface of the earth to a height equal to 2R (R=radius of earth )? Ans) Initial PE= - GMm/R Final PE = - GMm/3R
junction diode as a half wave rectifier
Define Electric Circuits So far we have only looked at electric charges sitting still and static discharges (like a shock or lightning). When we count on the charges moving thr
Simple Microscope: A simple microscope of magnifying glass is a convex lens which form virtual erect and magnifying image of an object which is placed with in it's focal length
describe the applications of potentiometers
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