Kim Kardashian was seen having fun with Khloe’s ex, Tristan Thompson!
Kim Kardashian was seen partying with Tristan Thompson after playing with Serena Williams. The concept of the Modern Family is in the lives of many people in today’s generation. And for the same reason, they can differentiate relationships in addition to integrate them.
The same thing happens with celebrities when they try to maintain very good friendships in the family even after many various controversies and speculations. This usually happens with spouses in addition to some former members of the family.
The same was recently seen with Kim Kardashian and Tristan Thompson. They had enjoyed a night together in Florida with a few other people. As we know that Kim Kardashian is related to Tristan Thompson through his sister Khloe Kardashian.
The basketball player is an ex-boyfriend and father of two to reality star Khloe.
They had a terrific friendship but it soon changed over time because the player had an affair.
Kim Kardashian Spotted Partying With Tristan Thompson After Enjoying Messi’s Goal With Serena Williams!
Coming to a party recently, the two of them were photographed offsite after the party. They both wore black for the day and Kim Kardashian was spotted wearing a black leather top.
She teamed it with black pants and matching heels. Her make-up is also on point and she can be seen carrying a really small purse and a mobile phone in her hand.
On the other hand, an NBA player is seen wearing a Diamond Chain and a thin black shirt. He came in black pants and black shoes for the day.
Back to the truth star then she is seen with a ponytail and a few eyeshadow effect on her face.
The same day, the truth star was seen hanging out with her 7-year-old sons, Saint and Serena Williams. They were both there to watch the match between Messi, the soccer player, in Miami Florida.
They were both seen in front of the camera when the players were about to get a goal. And it seems that Kim Kardashian and Serena Williams are both having a terrific time together.