Editing 669: Experiment
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The title text refers to another common idealization, of an infinite {{w|plane}} of uniform {{w|density}}. An infinite plane extends forever in two dimensions, which makes calculations easier because surface-related properties are identical everywhere. "Uniform density" could refer to the mass density of the plane, or more likely an {{w|electric charge}} density, which makes a common problem in basic {{w|electromagnetism}} involving calculating the {{w|electric field}}. The "other two physicists" that Black Hat and Danish are experimenting on are lost on the infinite plane, since there are no edges or landmarks anywhere to give them direction. | The title text refers to another common idealization, of an infinite {{w|plane}} of uniform {{w|density}}. An infinite plane extends forever in two dimensions, which makes calculations easier because surface-related properties are identical everywhere. "Uniform density" could refer to the mass density of the plane, or more likely an {{w|electric charge}} density, which makes a common problem in basic {{w|electromagnetism}} involving calculating the {{w|electric field}}. The "other two physicists" that Black Hat and Danish are experimenting on are lost on the infinite plane, since there are no edges or landmarks anywhere to give them direction. | ||
β | It should be noted that, although a vacuum can be approximated using a {{w|vacuum pump}}, {{w|frictionless plane|frictionless surfaces}} and infinite planes are only imaginary constructs and do not exist in our universe.{{Citation needed | + | It should be noted that, although a vacuum can be approximated using a {{w|vacuum pump}}, {{w|frictionless plane|frictionless surfaces}} and infinite planes are only imaginary constructs and do not exist in our universe.{{Citation needed}} |
==Transcript== | ==Transcript== |