This graph shows how the time required to screen-print a batch of shirts is related to the number of shirts in the batch.



200

400

600

800

1,000

200

400

600

800

1,000

0

**Time (minutes)**

**Number of shirts**

**Screen-printing shirts**

If it takes 400 minutes to screen-print a batch of shirts, how many shirts are in the batch?

To determine how many shirts are in the batch if it takes 400 minutes to screen-print them, you would look at the y-axis (which represents time in minutes) to find 400 minutes, and then trace horizontally to the x-axis (which represents the number of shirts) to find the corresponding number of shirts.

From the description:

- When the time is 400 minutes, the number of shirts corresponds to 400 shirts.

So, **400 shirts** are in the batch if it takes 400 minutes to screen-print them.

Would you like a detailed explanation or have any other questions?

Here are 5 related questions you might consider:
1. How many shirts can be screen-printed in 200 minutes?
2. What would be the time required to screen-print 800 shirts?
3. Can you determine a pattern or rule that describes how the time changes with the number of shirts?
4. If the time to screen-print 600 shirts is needed, how many minutes would it take?
5. Is there a way to estimate the time for any number of shirts without using the graph?

**Tip:** When interpreting a graph, it's helpful to identify any patterns or proportional relationships between the variables.

Understand how to interpret a graph showing the relationship between the time required to screen-print shirts and the number of shirts in a batch. Learn how to determine the number of shirts in a batch if it takes 400 minutes to screen-print them. This problem involves graph interpretation and proportional relationships, suitable for Grades 7-9 students.

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