Place Two Identical 3-Solar-Mass Black Holes Side by Side

question 56

Multiple Choice

Place two identical 3-solar-mass black holes side by side. Add 1 solar mass of neutrons to the left-hand one and 1 solar mass of protons to the right-hand one. How will these two black holes differ?

• A) The black holes will not differ at all since protons and neutrons are transformed into a common type of uncharged matter.
• B) The left-hand black hole will have a stronger gravitational field than the right-hand one because a neutron is heavier than a proton.
• C) The left-hand black hole will emit electrons and neutrinos as its neutrons decay into protons.
• D) The left-hand black hole will be electrically neutral and the right-hand one will have an enormous electric charge.

Understand the concept and applications of data visualization in business communication.

Recognize the different types of charts and graphs used in data presentation and their specific purposes.

Understand the principles of comparing sets of data using visual aids.

Identify the significance of time and quantity axes in trend analysis.

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The potential that an asset or investment will decrease in value or become worthless, also refers to the responsibility for damage or loss of goods in commerce.

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The action of making one thing compatible with another, often referring to the modification of documents to match certain standards or requirements.

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A body of law based on judicial decisions and precedents, rather than statutes, applicable in jurisdictions that follow the English legal tradition.