Peg + Cat Season 2 Episode 7
Peg + Cat
Season 2

Ep 7. The Arch Villain Problem/The Straight and Narrow Problem

  • TV-Y
  • May 5, 2014
  • 25 min

In the seventh episode of season two of Peg + Cat, titled "The Arch Villain Problem/The Straight and Narrow Problem," Peg and Cat embark on two different adventures.

In "The Arch Villain Problem," Peg and Cat take on the nefarious Arch Villain, who has stolen a giant diamond. The duo must use their math skills to solve clues left by the villain and recover the stolen diamond before it's too late. Along the way, they encounter obstacles such as a locked door and a room filled with lasers, but with teamwork and problem-solving, they are able to overcome these challenges.

In "The Straight and Narrow Problem," Peg and Cat explore the world of straight and narrow, learning about what it means to be straight and narrow and how to stay that way. The duo takes a trip to the Straight and Narrow Hotel and Casino, where they learn about the concept of probability and how it relates to games of chance. They also have to navigate a maze of straight and narrow hallways to find the exit.

Throughout both adventures, Peg and Cat utilize mathematical concepts such as subtraction, addition, geometry, and probability to accomplish their goals. The episode also emphasizes the importance of persistence and problem-solving skills, as the duo encounters numerous challenges along the way.

Overall, "The Arch Villain Problem/The Straight and Narrow Problem" is a fun and educational episode that promotes critical thinking, teamwork, and mathematical concepts in an engaging way for younger viewers.

Description
Watch Peg + Cat - The Arch Villain Problem/The Straight and Narrow Problem (s2 e7) Online - Watch online anytime: Buy, Rent
Peg + Cat, Season 2 Episode 7, is available to watch and stream on PBS. You can also buy, rent Peg + Cat on demand at Amazon Prime online.
  • First Aired
    May 5, 2014
  • Content Rating
    TV-Y
  • Runtime
    25 min
  • Language
    English
  • IMDB Rating
    0.0  (0)