Can classical physics be used to accurately describe a satellite moving at a speed of ? Explain why or why not.
Yes, you can use classical physics for the description of satellites.
Classical physics deals with the systems that are made up of many particles—for Example- the motion of a car, the falling of a raindrop, etc. When we talk about a car or a raindrop, they are made up of many atoms and hence, a much larger number of fundamental particles. Thus, their motion can easily be explained by classical physics.
Just like a car or a raindrop, a Satellite is also made up of a very large number of particles. Thus, a satellite can be described using classical physics. It is traveling with a velocity of , which is not comparable to the speed of light. Hence, no relativistic effects will be experienced.
Yes, Classical physics can explain with high accuracy the motion of a satellite.
Prescriptions for vision correction are given in units called dioptres (D). Determine the meaning of that unit. Obtain information (perhaps by calling an optometrist or performing an internet search) on the minimum uncertainty with which corrections in dioptres are determined and the accuracy with which corrective lenses can be produced. Discuss the sources of uncertainties in both the prescription and accuracy in the manufacture of lenses.
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