Return to Answer

I think its in the order of

32 cells to hallways. Considering that the outside of the hotel is considered a hallway. Every cell on the edge can have a door, so people can get in privately I think this solves Dr.Bees problem better than the problem statement from the architect, as Dr.Bees did not want any hallways and is asking the number of hallways to be minimized. the architect is so in his human bubble, he did not consider not every room, needs to border to a hallway.

I think its in the order of

32 cells to hallways. Considering that the outside of the hotel is considered a hallway... Every cell on the edge can have a door, so people can get in privately ;)

I think this solves Dr.Bees problem better than the problem statement from the architect, as Dr.Bees did not want any hallways and is asking the number of hallways to be minimized. The architect is so much in his human bubble, he did not consider not every room needs to border to a hallway.

I think its in the order of

! 32 cells to hallways. Considering that the outside of the hotel is considered a hallway. Every cell on the edge can have a door, so people can get in privately... ;) I think this solves dr. bees problem better than the problem statement from the architect, as dr. Bee did not want any hallways and is asking the number of hallways to be minimized. the architect is so in his human bubble, he did not consider not every room, needs to border to a hallway.

I think its in the order of

32 cells to hallways. Considering that the outside of the hotel is considered a hallway. Every cell on the edge can have a door, so people can get in privately I think this solves Dr.Bees problem better than the problem statement from the architect, as Dr.Bees did not want any hallways and is asking the number of hallways to be minimized. the architect is so in his human bubble, he did not consider not every room, needs to border to a hallway.

! I think its in the order of 32 cells to hallways. Considering that the outside of the hotel is considered a hallway. Every cell on the edge can have a door, so people can get in privately... ;) I think this solves dr. bees problem better than the problem statement from the architect, as dr. Bee did not want any hallways and is asking the number of hallways to be minimized. the architect is so in his human bubble, he did not consider not every room, needs to border to a hallway.

I think its in the order of

! 32 cells to hallways. Considering that the outside of the hotel is considered a hallway. Every cell on the edge can have a door, so people can get in privately... ;) I think this solves dr. bees problem better than the problem statement from the architect, as dr. Bee did not want any hallways and is asking the number of hallways to be minimized. the architect is so in his human bubble, he did not consider not every room, needs to border to a hallway.