a. the galaxy is very massive
b. the galaxy is NOT incredibly massive
c. on average, each solar mass of event in the galaxy emit less table lamp than our sun
d. on average, each solar mass of business in the galaxy emit more light than our sun
e. most stars contained by the galaxy are more massive than our sun
i chose D....why not? any suggestions
Because that ratio implies "C" - larger, dim stars.
It also imply that "E" is another correct answer.
(Assuming you meant 1 Solar luminosity...)
answer is C. These question look awfully familiar:
http://www.astro.umass.edu/~myun/teachin...
http://www.astro.umass.edu/~myun/teachin...
...thank me later. UMASS.
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b. the galaxy is NOT incredibly massive
c. on average, each solar mass of event in the galaxy emit less table lamp than our sun
d. on average, each solar mass of business in the galaxy emit more light than our sun
e. most stars contained by the galaxy are more massive than our sun
i chose D....why not? any suggestions
Because that ratio implies "C" - larger, dim stars.
It also imply that "E" is another correct answer.
(Assuming you meant 1 Solar luminosity...)
answer is C. These question look awfully familiar:
http://www.astro.umass.edu/~myun/teachin...
http://www.astro.umass.edu/~myun/teachin...
...thank me later. UMASS.
Related Questions:
How frequent kilowatt hours does a 180 watt solar panel produce contained by one month?
I need to know A.S.A.P because this is for my Science Fair project. The basic rule of thumb for solar panels is assume roughly speaking 6 hours of sunlight (Institute of Solar Living). Then in one month a 180 watt solar panel will produce 6*180=1080 each day...