3. Given the following: Schwarzschild radius rs = 2GM c2 • Compton wavelength e = h Mc 1. Calculate the Planck mass Mpl by equating r, = c. he Hint: Mpl V 2G 2. Calculate the Planck length by Lpl = 2GMpl 3. Calculate the Planck time by tpl Lpt C 4. Calculate the density by using D = Mpt pl
3. Given the following: Schwarzschild radius rs = 2GM c2 • Compton wavelength e = h Mc 1. Calculate the Planck mass Mpl by equating r, = c. he Hint: Mpl V 2G 2. Calculate the Planck length by Lpl = 2GMpl 3. Calculate the Planck time by tpl Lpt C 4. Calculate the density by using D = Mpt pl
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
Transcribed Image Text:3. Given the following:
2GM
• Schwarzschild radius rs =
• Compton wavelength Ae =
Mc
1. Calculate the Planck mass Mpl by equating r, = dc.
hc
Hint: Mpl = V 2G
2GMpl
2. Calculate the Planck length by Lpt =
3. Calculate the Planck time by tpl =
Mpt
4. Calculate the density by using D =
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