A Black Hole forms with ten times the mass of our Sun. How big would it's radius (the Event Horizon) be? O It would be ten times smaller than the Event Horizon of a Black Hole made from our Sun (about 0.3 km) It would be ten times larger than the Event Horizon of a Black Hole made from our Sun (about 30km). O The Event Horizon doesn't depend on the object's mass, it would be the same size as a Black Hole made from our Sun (about 3km). O Nothing can stop the star's gravity collapsing it further, all ten solar masses would crush into a singularity, of zero radius.
A Black Hole forms with ten times the mass of our Sun. How big would it's radius (the Event Horizon) be? O It would be ten times smaller than the Event Horizon of a Black Hole made from our Sun (about 0.3 km) It would be ten times larger than the Event Horizon of a Black Hole made from our Sun (about 30km). O The Event Horizon doesn't depend on the object's mass, it would be the same size as a Black Hole made from our Sun (about 3km). O Nothing can stop the star's gravity collapsing it further, all ten solar masses would crush into a singularity, of zero radius.
Applications and Investigations in Earth Science (9th Edition)
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ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
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Chapter1: The Study Of Minerals
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Transcribed Image Text:A Black Hole forms with ten times the mass of our Sun. How big would it's radius (the Event Horizon) be?
O It would be ten times smaller than the Event Horizon of a Black Hole made from our Sun (about 0.3 km)
O It would be ten times larger than the Event Horizon of a Black Hole made from our Sun (about 30km).
The Event Horizon doesn't depend on the object's mass, it would be the same size as a Black Hole made from our Sun (about 3km).
O Nothing can stop the star's gravity collapsing it further, all ten solar masses would crush into a singularity, of zero radius.
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(B) It would be ten times larger than the Event Horizon of a Black Hole made from our Sun(about 30 km)
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