4) The cosmic calendar of Section 1.2 explains where we are in the universe in time. But time and space are connected through the speed of light. How far could light travel in 1 week of the "cosmic calendar" in light-years? What astronomical object in Figure 1.1 is approximately this size?

An Introduction to Physical Science
14th Edition
ISBN:9781305079137
Author:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Publisher:James Shipman, Jerry D. Wilson, Charles A. Higgins, Omar Torres
Chapter24: Geologic Time
Section: Chapter Questions
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I’ve gotten 3 different answers each time I’ve worked #4 out. I have no idea what to do.
W1_F2021.pdf
D_HW1_F2021.pdf
PS1020_HW1_F2021.pdf (142 KB)
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of 2
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4) The cosmic calendar of Section 1.2 explains where we are in the universe in time. But time
and space are connected through the speed of light. How far could light travel in 1 week of the
"cosmic calendar" in light-years? What astronomical object in Figure 1.1 is approximately this
size?
5) Section 1.3 and Figure 1.16 describe the Raisin Cake analogy for understanding why a
uniform expansion of the universe appears as if all galaxies are moving away and more distant
galaxies are moving faster. Consider Raisin #2 away from the “Local Raisin", which had a
distance before baking of 3 cm and after baking of 9 cm. Let's say you accidentally forget to turn
the oven off and the cake expands by another factor of 9 after another two hours. How far away
is Raisin #2 now? Comparing the rough average speed during the first hour and the rough
021
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Transcribed Image Text:W1_F2021.pdf D_HW1_F2021.pdf PS1020_HW1_F2021.pdf (142 KB) Page < of 2 ZOOM 4) The cosmic calendar of Section 1.2 explains where we are in the universe in time. But time and space are connected through the speed of light. How far could light travel in 1 week of the "cosmic calendar" in light-years? What astronomical object in Figure 1.1 is approximately this size? 5) Section 1.3 and Figure 1.16 describe the Raisin Cake analogy for understanding why a uniform expansion of the universe appears as if all galaxies are moving away and more distant galaxies are moving faster. Consider Raisin #2 away from the “Local Raisin", which had a distance before baking of 3 cm and after baking of 9 cm. Let's say you accidentally forget to turn the oven off and the cake expands by another factor of 9 after another two hours. How far away is Raisin #2 now? Comparing the rough average speed during the first hour and the rough 021 pus MacBook Air DI DD F4 F5 F6 F7 F8 F9 F10 F11 2$ & 7 R Y * 00 くo
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