![Accretion in Binaries Two paths for accretion –Roche-lobe overflow –Wind-fed accretion Classes of X-ray binaries –Low-mass (BH and NS) –High-mass (BH and. - ppt download Accretion in Binaries Two paths for accretion –Roche-lobe overflow –Wind-fed accretion Classes of X-ray binaries –Low-mass (BH and NS) –High-mass (BH and. - ppt download](https://images.slideplayer.com/14/4280510/slides/slide_5.jpg)
Accretion in Binaries Two paths for accretion –Roche-lobe overflow –Wind-fed accretion Classes of X-ray binaries –Low-mass (BH and NS) –High-mass (BH and. - ppt download
![SOLVED: how do you work this? this is all the information given calculate the radius ( in km) of Jupiter's Roche limit for satellites with the same density as the planet km SOLVED: how do you work this? this is all the information given calculate the radius ( in km) of Jupiter's Roche limit for satellites with the same density as the planet km](https://cdn.numerade.com/ask_previews/cf09008c-7c4b-4378-9e10-d3655f1fe07b_large.jpg)
SOLVED: how do you work this? this is all the information given calculate the radius ( in km) of Jupiter's Roche limit for satellites with the same density as the planet km
![How would I calculate the Roche Lobe of these two moles (second picture) if the bigger one is the same size and mass as Mars? : r/astrophysics How would I calculate the Roche Lobe of these two moles (second picture) if the bigger one is the same size and mass as Mars? : r/astrophysics](https://preview.redd.it/how-would-i-calculate-the-roche-lobe-of-these-two-moles-v0-di4jb75z3bbc1.jpg?width=1080&crop=smart&auto=webp&s=6d9a37dbb12059fd5c94c7813350ea32ad95fcff)