Tanya's Garden Movement and Geometry

The video tutorial covers the use of coordinate grids to solve problems. It begins with an introduction and overview, followed by a guided practice involving Tanya's garden where rose bushes are planted in a grid pattern. The independent practice section involves using a grid to determine positions in a marching band. Finally, a problem-solving exercise with Roseau the robot demonstrates how to predict positions on a grid. The tutorial emphasizes visual representation and extrapolation to solve spatial problems.

What is the starting point of Tanya's rose bush planting?

• (2, 2)

• (0, 0)

• (1, 3)

• (3, 1)

How does Tanya move to plant each subsequent rose bush?

• Two feet east, one foot north

• One foot west, two feet south

• One foot east, two feet north

• Two feet west, one foot south

What is the benefit of using a coordinate grid in Tanya's garden problem?

• It provides a visual layout

• It calculates the area

• It measures the distance

• It predicts the weather

Where is the first rose bush located on the grid?

• (2, 2)

• (0, 0)

• (1, 3)

• (3, 1)

How can you determine if Tanya's bushes lie in a straight line?

• By using a compass

• By checking the grid

• By measuring the distance

• By calculating the area

What does 'extrapolate' mean in the context of finding bush locations?

• Predicting future positions

• Measuring current positions

• Calculating area

• Drawing a map

Where does the marching band member start on the grid?

• (0, 0)

• (3, 3)

• (2, 2)

• (1, 1)

How often does the marching band member move?

• Every 45 seconds

• Every 30 seconds

• Every 60 seconds

• Every 15 seconds

What pattern do Juan's positions form if they are in a line?

• Circular

• Linear

• Random

• Zigzag

How many positions does Juan have after 60 seconds?

• Six

• Two

• Eight

• Four