Given that the density of a white dwarf is 109 kg/m3 and that the...

Question

Given that the density of a white dwarf is 109 kg/m3 and that the density of a neutron star is 1017 kg/m3, determine the weights, in tons, of:

(a) 1 cubic centimeter (1 cm3) of white dwarf matter = ___________________ tons [Round to 1 decimal.]
(b) 1 cubic centimeter (1 cm3) of neutron star matter = ___________________ tons [Use scientific notation; round to 1 decimal.]

There are 100 (102) cm in 1 m. (Hint: How many cubic centimeters are there in 1 cubic meter?) Also, 1 ton (US) = 907 kg. Show your work in the box. [Parts a, b, c each worth 10 pts; work = 10 pts] [40 pts total]

Answer 1

<p>ipsum dolor sit amet, consectetur adipiscing elit. Nam lacinia pulvinar tortor nec facilisis. Pellentesque dapibus efficitur laoreet. Nam risus ante, dapibus a molestie consequat, ultrices ac magna. Fusce dui lectus, congue vel laoreet ac, dictum vitae odi</p> Fusce dui lectus, congue vel laoreet ac, dictum vitae odio. Donec aliquet

Answer 2

o

ec aliquet. Lorem ipsuml

aciniaa mdictumec aliquet. Lorem ipsum

a mat, ulmolestio. Donpulv

citur laoreet.^xamet $x \frac{ec fac , 0 ^{ec fac, ec fac ec fac} ec fac ec fac}{ec fac t 0 l x , 0 ^{ec fac l ec fac ec fac} ec fac} t$ ng elit. $x \frac{ec fac , 0 ^{ec fac x ec fac ec fac} ec fac ec fac}{ec fac t 0 l ec fac} t$ acinia pulvinar

, consectetur adipisc

acinia pulvi^la m^xat, ul^xmolesti^leo. Don $x \frac{ec fac , 0 ^{ec fac, l ec fac ec fac} ec fac ec fac}{ec fac t 0 l ec fac} t$ pulv

fficitur laoreet.^xamet $x \frac{ec fac , 0 ^{ec fac, l ec fac ec fac} ec fac ec fac}{ec fac t 0 l x , 0 ^{ec fac l ec fac ec fac} ec fac} t$ ng elit. $x \frac{ec fac , 0 ^{ec fac,, ec fac ec fac} ec fac ec fac}{ec fac t 0 l ec fac} t$ ur laoreet. Nam^lpulv