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Law of conservation of energy essay
Law of conservation of energy essay
Physics lab exam
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Mass of Puck 1 = m1 = 0.80 kg Mass of Puck 2 = m2 = 0.40 kg Charge of Puck 1 = q1 = 3.0 × 10-4 C Charge of Puck 2 = q2 = 3.0 × 10-4 C Velocity of Puck 1 = vi1 = 12.0 ms-1 Velocity of Puck 2 = vi2 = 8.0 ms-1 Initial Distance = ri = 20.0m To Find: Minimum separation between 2 pucks = r =? Solution: We know that, PTO = PTF This can be written as m1v1 + m2v2 = (m1 + m2) v Rearranging the equation to find v as followed v = m1v1 + m2¬v2 / m1 + m2 Putting the given values in the equation as followed v = (0.80 kg × 12.0 ms-1) + (0.40 kg × -8.0 ms-1) / (0.80 kg + 0.40kg) v = 9.6 kgms-1 – 3.2 kgms-1 / 1.2kg v = 6.4 kgms-1 / 1.2 kg v = 5.3 ms-1 To find the minimum separation the equation for conversion of energy is used. Ek1 + Ek2 + EE = E’E + E’k This
The purpose of the projectile lab is to test the validity of the law of conservation of energy. The application of this law to our everyday lives is a surprisingly complicated process. Conservation of energy states that energy cannot be created or destroyed, but that it can be transferred from one form to another. Consider the projectile lab from document A that this essay is based upon. In an ideal experiment, the projectile is isolated from everything except the gravitational field. In this case, the only force acting on the particle is gravity and there are only two forms of energy that are of interest: the energy of the particle due to its motion (defined as kinetic
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Moment of Inertia (Mass Moment of Inertia) - I - is a measure of an object's resistance to changes in a rotation direction. Moment of Inertia has the same relationship to angular acceleration as mass has to linear acceleration. In this practical, the weights was attached to the hanger in order to determine the mass of inertia of a flywheel then the experimental values will be compared with the theoretical values.
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Absolute Potential Energy: Absolute potential energy is the potential energy needed to be applied on an object to displace it to such a distance where gravitational force doesn't work on it.
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Science in the ancient world was a complex concept. There was a varied, and at times mixed, emphasis on the mythical, or theoretical, and practical components of science, depending upon where the “science” was practised. Theoretical science, as described by Peter Dear, is abstracted practice, while practical science is applied theory. Whilst, the ancient Greeks generally placed more emphasis on theory, the ancient Egyptians generally took knowledge and applied it in a practical manner.
Sir Isaac Newton is the man well known for his discoveries around the term, Motion. He came up with three basic ideas, called Newton’s three laws of motion.