Murky City Problem Quiz

What must be possible according to the first condition of the goal?

• To travel from one house to another using only paved roads

• To build houses on every street

• To plant trees along the roads

• To create parks in the city

What should the paving cost according to the second condition of the goal?

• As much as possible

• As little as possible

• The same for every street

• It does not matter

What is the objective when finding the best route?

• To use as many paving stones as possible

• To connect all houses using as few paving stones as possible

• To avoid using any paving stones

• To build the longest route

What is the second rule mentioned in the document?

• Find the best route that connects all the houses, but uses as many counters (paving stones) as possible.

• Find the best route that connects all the houses, but uses as few counters (paving stones) as possible.

• Find the best route that avoids all the houses.

• Find the best route that uses the most expensive paving stones.

What is the main focus of the Murky City Problem?

• Building new houses

• Paving streets efficiently

• Planting trees

• Designing parks

What should be minimized according to the Murky City Problem?

• The number of houses

• The cost of paving

• The number of trees

• The size of the city

What is the primary challenge in the Murky City Problem?

• To build the tallest building

• To pave streets in a cost-effective manner

• To plant the most trees

• To create the largest park

What is the purpose of the diagram in the learning material?

• To illustrate the network of houses and streets

• To show the number of people in each house

• To display the types of trees planted

• To depict the size of each house

What is the main objective of the activity described in the document?

• To find the shortest route to school

• To find the best solution to connect all houses

• To count the number of trees in the neighborhood

• To build new houses

Which of the following questions should be answered on your activity guide?

• How many trees are in the neighborhood?

• How many pavers did it take to connect all houses?

• How many cars are parked on the street?

• How many people live in each house?