File:Transverse Doppler effect scenarios 2.svg

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Summary

Description	English: Various scenarios commonly considered in the analysis of transverse Doppler shift. Suppose that a source and a receiver, both approaching each other in uniform inertial motion along non-intersecting lines, are at their closest approach to each other. (a) What is the frequency measurement when the source is geometrically at its closest approach to the receiver? This scenario is most easily analyzed in the frame of the source. (b) What is the frequency measurement when the receiver sees the source as being closest to it? This scenario is most easily analyzed in the frame of the receiver. Two other scenarios are commonly examined in discussions of transverse Doppler shift: (c) If the receiver is moving in a circle around the source, what frequency does the receiver measure? (d) If the source is moving in a circle around the receiver, what frequency does the receiver measure?
Date	6 October 2018
Source	Own work
Author	Prokaryotic Caspase Homolog
SVG development InfoField	The SVG code is valid. This vector image was created with Inkscape.

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File history

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	Date/Time	Dimensions	User	Comment
current	01:22, 7 October 2018	536 × 550 (121 KB)	Prokaryotic Caspase Homolog	fixed accidental mispositioning of letter
	01:13, 7 October 2018	536 × 550 (121 KB)	Prokaryotic Caspase Homolog	Reposition objects, arrows, beams
	13:01, 6 October 2018	534 × 550 (116 KB)	Prokaryotic Caspase Homolog	removed element which failed https://validator.w3.org check
	11:26, 6 October 2018	534 × 550 (116 KB)	Prokaryotic Caspase Homolog	Re-trimmed edges
	11:19, 6 October 2018	580 × 565 (114 KB)	Prokaryotic Caspase Homolog	Fixing bug in the rendering of the squiggly light arrow in (c)
	11:09, 6 October 2018	534 × 549 (122 KB)	Prokaryotic Caspase Homolog	Trimmed edges a bit
	06:09, 6 October 2018	580 × 565 (117 KB)	Prokaryotic Caspase Homolog	Fixing arrowhead rendering bug
	06:03, 6 October 2018	580 × 565 (117 KB)	Prokaryotic Caspase Homolog	User created page with UploadWizard