4. Black holes are theorized to form from (HS-ESS1-3) a. very massive planets that collide with very large stars, resulting in an excessive amount of matter This matter collapses onto itself, extinguishing the star and resulting in the black hole b. very massive stars when their core nuclear fuel has essentially expired, resulting in the core collapsing in on itself. This is due to gravitational forces that act without nuclear fusion counteracting them C. very small stars when their outer shell nuclear fuel expires, leaving the dense core to collapse in on itself. This results in massive gravitational forces d. very young stars that do not have enough nuclear fuel to start the massive chain reactions normally produced in stars emitting large amounts of electromagnetic energy
4. Black holes are theorized to form from (HS-ESS1-3) a. very massive planets that collide with very large stars, resulting in an excessive amount of matter This matter collapses onto itself, extinguishing the star and resulting in the black hole b. very massive stars when their core nuclear fuel has essentially expired, resulting in the core collapsing in on itself. This is due to gravitational forces that act without nuclear fusion counteracting them C. very small stars when their outer shell nuclear fuel expires, leaving the dense core to collapse in on itself. This results in massive gravitational forces d. very young stars that do not have enough nuclear fuel to start the massive chain reactions normally produced in stars emitting large amounts of electromagnetic energy
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Transcribed Image Text:4. Black holes are theorized to form from
(HS-ESS1-3)
a. very massive planets that collide with very large stars, resulting in an excessive
amount of matter This matter collapses onto itself, extinguishing the star and
resulting in the black hole
b. very massive stars when their core nuclear fuel has essentially expired, resulting
in the core collapsing in on itself. This is due to gravitational forces that act without
nuclear fusion counteracting them
C. very small stars when their outer shell nuclear fuel expires, leaving the dense core
to collapse in on itself. This results in massive gravitational forces
d. very young stars that do not have enough nuclear fuel to start the massive chain
reactions normally produced in stars emitting large amounts of electromagnetic
energy
5. What evidence helps supports the idea of the Big Bang Thoery (HS-ESS1-2)
a. Earth Soil Samples
b. Neil DeGrass Tyson
c. Apparent motion of planets
d. Red shift of distant light
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