Judge Judy Season 20 Episode 62 Ex-Lover Caught Lying!; Get Out of Jail Rent Free!

Ex-Lover Caught Lying!; Get Out of Jail Rent Free! is an episode from season 20 of the popular courtroom show Judge Judy. In this episode, Judge Judy hears two cases that involve former lovers.

In the first case, a man is suing his ex-girlfriend for unpaid rent. The man claims that he allowed his ex-girlfriend to live in his apartment rent-free after they broke up, but she ended up staying longer than she promised and never paid him any rent. The ex-girlfriend argues that she did pay him rent and that they had an agreement for her to live in the apartment for a certain period of time.

Judge Judy carefully listens to both sides and asks for evidence to support their claims. She is skeptical of the ex-girlfriend's argument and points out several inconsistencies in her story. She ultimately rules in favor of the plaintiff and orders the ex-girlfriend to pay him the amount of unpaid rent.

In the second case, a woman is suing her ex-boyfriend for damage to her car. The woman claims that her ex-boyfriend borrowed her car and got into an accident that caused significant damage to the vehicle. The ex-boyfriend denies causing any damage and accuses the woman of lending the car to other people who might have caused the damage.

Judge Judy questions the ex-boyfriend's story and accuses him of lying. She points out that he had previously told a different story about the car accident and that his current story doesn't make sense. She also notes that he failed to provide any evidence to back up his claims. Judge Judy ultimately rules in favor of the woman and orders the ex-boyfriend to pay for the repair costs.

Throughout both cases, Judge Judy is tough but fair in her questioning of the parties involved. She demands evidence and consistency in their stories, and she ultimately makes decisions that are based on the facts presented to her. As always, Judge Judy's keen insight and no-nonsense approach to justice are on full display in this episode.