NASA is sending a probe to Alpha Centauri and then to Sirius. A problem with the probe is noticed while it is at Alpha Centauri, so it must go back to Earth before going to Sirius. Alpha Centauri is 4.3 light-years away from Earth and Sirius is 8.6 light-years away. The probe is traveling at 18.03 km/s, there are 9.461 x 10 meters in one light-year, and there are 1.58125 x 10 light-years in one astronomical unit. How long will the probe have been traveling from when it first leaves Earth to when it arrives at Sirius? Given the above problem, which of these expressions will most likely be your student's first correct step? a) 40.6823 x 1015 m + 81.3646 x 1015 m b) 4.06823 x 10 m + 8.13646 x 10° m c) 81.3646 x 1016 m + 81.3646 x 1015 m d) 8.13646 x 10 m + 8.13646 x 1016 m e) Answer is not there

College Physics
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ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Please tell me correct option with proper explanation.
NASA is sending a probe to Alpha Centauri and then to Sirius. A
problem with the probe is noticed while it is at Alpha Centauri, so it
must go back to Earth before going to Sirius. Alpha Centauri is 4.3
light-years away from Earth and Sirius is 8.6 light-years away. The
probe is traveling at 18.03 km/s, there are 9.461 x 1015 meters in one
light-year, and there are 1.58125 x 10* light-years in one astronomical
unit. How long will the probe have been traveling from when it first
leaves Earth to when it arrives at Sirius?
Given the above problem, which of these expressions will most likely
be your student's first correct step?
a) 40.6823 x 101s m + 81.3646 x 10'5 m
b)
4.06823 x 1016 m + 8.13646 x 10° m
c)
81.3646 x 101% m + 81.3646 x 101% m
d)
8.13646 x 1016 m + 8.13646 x 1016 m
e)
Answer is not there
a
SUBMIT ANSWER
Transcribed Image Text:NASA is sending a probe to Alpha Centauri and then to Sirius. A problem with the probe is noticed while it is at Alpha Centauri, so it must go back to Earth before going to Sirius. Alpha Centauri is 4.3 light-years away from Earth and Sirius is 8.6 light-years away. The probe is traveling at 18.03 km/s, there are 9.461 x 1015 meters in one light-year, and there are 1.58125 x 10* light-years in one astronomical unit. How long will the probe have been traveling from when it first leaves Earth to when it arrives at Sirius? Given the above problem, which of these expressions will most likely be your student's first correct step? a) 40.6823 x 101s m + 81.3646 x 10'5 m b) 4.06823 x 1016 m + 8.13646 x 10° m c) 81.3646 x 101% m + 81.3646 x 101% m d) 8.13646 x 1016 m + 8.13646 x 1016 m e) Answer is not there a SUBMIT ANSWER
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