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e My Drive - Google Drive xD To Do - Google Docs x M Inbox - myrna 16gcg A Facebook xy to Stephen F. Austin State Ux e-ox a co wwwsaplinglearningcomibiscms/modibis/view.php?id=3882334 a Sapling Learning Jump to. O Myriam Garza - * Attempts Score B Gradebook o Assignment Information 9/25/2017 11:55 PM © o/100 A Print I Calculator Periodic Table Question 17 of 20 Available From: 9/19/2017 06:30 PM Due Date: 9/25/2017 11:55 PM A Sapling Learning Points Possible: 100 For each star below, determine how its Nght would be shifted. Please note that not all choices may be used, and some may be used more than once. Grade Category: Graded Description: A red dwarf moving transversely at 29.5 kms Policies Homework You can check your answers. A blue dwarf moving toward Earth at 173 kms redshift You can view solutions when you complete or give up on any question, You can keep trying to answer each question until you get it right or give up. You lose 5% of the points available to each answer in your question for each incorrect attempt at that answer, no wavelength shift A yellow dwart moving away from Earth at 22.9 kms OeTextbook 15 0 0 A blue dwarf moving transversely at 36.5 km/s o Help With This Topic A yellow dwarf moving toward Earth at 29.3 km/ls Oweb Help & Videos o Technical Support and Bug Reports O Previous ® Give Up & View Solution I Check Answer ones & Ext O Type here to search @ 9 a 90 was 926 PM 9/25/2017Explanation / Answer
When any object moved towards earth, its apparent wavelength decreases and is termed a 'blue shift'.
When any object moved away from earth, its apparent wavelength increases and is termed a 'red shift'.
For transverse movement, there is no shift.
Therefore,
Blue shift occurs for II and V cases, red shift occurs for case III and no shift for cases I and IV
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