Toggle navigation
Ask Questions
Ask
Answer Questions
Answer
Users
FAQ
Login
Register
Preview 50% of the Answer Below
Due to formatting, images, tables, or paragraphs may be out of place or not shown. Rest assured that they will be included and formatted correctly in your purchased answer.
Details
Question Title:
Difference between neutron stars and black holes
Go Back to the Question
Answer Preview
<br></b></span></p><p><b> </b></p><b> <XX><XXXXXX>X. XXXXXXXX properties</XXXXXX></h2> <table><thead><tr><th>property</th><th><strong>neutron XXXX</XXXXXX></th><th><strong>black hole</XXXXXX></th></tr></thead><tbody><tr><td><XXXXXX>size</XXXXXX></td><td>XXXXXX ≈ XX–12 km (city-sized)</td><td>XXXXX XXXXXXX radius (XXXXXXXXXXXXX XXXXXX) ≈ 3 km × (XXXX in m☉)</td></tr><tr><td><strong>XXXXXXX</strong></td><td>~X×XXXX XX/m³ (XXXXXX nuclei density)</td><td>density XXXXXXX breaks down &XXXXX; XXX XXXXXXXXXXX XXX “XXXXXXXX” XXXXXXX in XXXXXXXXX gr, XXX event horizon XXXXXXXXXX XXX defined by XXXX, XXXXXX, spin.</td></tr><tr><td><strong>XXXXXXX</XXXXXX></td><td>has a solid crust over XXXXXXXXXX interior; can emit radiation</td><td>no physical surface &XXXXX; XXXX an event XXXXXXX beyond XXXXX XXXXXXX escapes</td></tr><tr><td><XXXXXX>XXXXXXX</strong></td><td>XXXXXXXXX strong &XXXXX; XXXXXX XXXXXXXX ~X.4 c</td><td>XXXXXXXX &XXXXX; XXXXXX XXXXXXXX XX XXXXX horizon = c</td></tr><tr><td><XXXXXX>XXXXXXXX</strong></td><td>can XXXX XX to hundreds XX XXXXX per XXXXXX (millisecond XXXXXXX)</td><td>can spin XXXXX XX XXX XXXXX XX XXXXX (kerr XXXXX XXXXX)</td></tr><tr><td><XXXXXX>magnetic XXXXXX</strong></td><td>can reach XXX–XXXX XXXXX (XXXXXXXXX)</td><td>no XXXXXXXXX XXXXXXXX XXXXX from matter inside; observed fields XXXX XXXX XXXXXXXXXXX XXXXXX</td></tr></tbody></table> <p><span XXXX-state="XXXXXX"><b><XX></b></span&XX;</p><p><b> </b></p><b> <XX><strong>3. XXXXXXX on surrounding XXXXX</XXXXXX></XX> <table><thead><tr><th>XXXXXX</th><th><strong>neutron XXXX</XXXXXX></th><th><strong>black hole</XXXXXX></th></tr></thead><tbody><tr><td><strong>radiation</XXXXXX></td><td>can XXXX x-XXXX, XXXXX rays, and radio waves (XXXXXXX, magnetars)</td><td>XXXXX nothing XXXX inside XXXXX horizon; energy comes XXXX accretion disk or XXXXXXXXXXXX jets</td></tr><tr><td><strong>XXXXXXXXX</strong></td><td>can pull matter from a XXXXXXXXX, creating x-XXX XXXXXXXX</td><td>similar, but more XXXXXXX — XXXXXXXXX XXXXX can reach higher XXXXXXXXXXXX and XXXXXXX more energetic jets</td></tr><tr><td><XXXXXX>gravitational XXXXX</XXXXXX></td><td>neutron star–neutron XXXX or neutron XXXX–XXXXX XXXX mergers produce XXXXXXXXXX XXXXXXXXXXXXX waves</td><td>XXXXX XXXX mergers also XXXXXXX XXXXXX gravitational waves</td></tr><tr><td><XXXXXX>space-XXXX XXXXXXXXX</XXXXXX></td><td>XXXX strong XXX XXXXXX; XXXXXX orbits XXX exist XXXX XXXXX to the surface</td><td>more extreme XXXXXXX — inside XXXXX XXXXXXX, all paths lead XXXXXX</td></tr></tbody></table> <p>&XX;span XXXX-XXXXX="XXXXXX"><b><XX></b>&XX;/span></p><p><b> </b></p><b> <XX><strong>4. XXXXXXXX in the milky way</strong></XX> <p><XXXXXX>XXXXXXX stars</XXXXXX></p> <ol&XX; <li> <p><strong>XXX XXXXX+21</strong> – first XXXXXX XXXXXXXXXX (1967), XXXXX once XXXXX X.XXX seconds.</p> </li> <li> <p><strong>XXXXXXXX sgr XXXX–20</strong> – extremely strong XXXXXXXX XXXXX; XXXX XXXXXXX the brightest XXXXX-ray burst observed from XXXXX in XXXX.</p> </li> </ol&XX; <p><XXXXXX>black XXXXX</strong></p> &XX;ol> <li> <p><XXXXXX>XXXXXX x-1</strong> – XXXXX strong black XXXX candidate discovered; ~XX m☉, in a XXXXXX system with a blue XXXXXXXXXX.</p> </li> <li> <p><XXXXXX>sagittarius a*</XXXXXX> – XXXXXXXXXXXX XXXXX hole (~X million m☉) XX XXX center of the XXXXX XXX.</p> </li> &XX;/ol&XX; <h3><strong>XXXXX summary</XXXXXX></h3> <ul> <li> <p><XXXXXX>XXXXXXX XXXXX</XXXXXX> = collapsed XXXXXXX cores supported XX neutron XXXXXXXXXX pressure, XXXXXXXXX dense, small, XXX often XXXXXXXXXX as XXXXXXX or magnetars.</p> </li> <li> <p><strong>black holes</XXXXXX> = XXXXXXXXX XXXXXXX beyond neutron star mass XXXXX, XXXX an event XXXXXXX, extreme XXXXXXX, and XX XXXXXXX.</p> </li> <li> <p>XXXX form XXXX massive stars XXX supernovae, but the XXXXXXXX factor XX XXX XXXXX core XXXX.</p> </li> </XX> </b></b></b><p><b><b><b></b></b></b></p>">
