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This is an image of a Vernier caliper, a precise measuring instrument used to measure internal and external dimensions as well as depths. The Vernier scale (below) helps enhance the measurement precision by providing smaller increments.

The image shows two scales:
1. The main scale (top part) is graduated in centimeters (cm).
2. The Vernier scale (below the main scale) is divided into 10 parts.

To read the measurement:
1. Look at where the zero mark on the Vernier scale aligns on the main scale. Here, it aligns between 1 cm and 2 cm, closer to 1 cm.
2. Next, find the line on the Vernier scale that exactly matches a line on the main scale. This will give you the decimal fraction of the reading.

Would you like me to guide you through a full example on how to take a reading from this Vernier caliper?

Here are 5 related questions to think about:
1. What is the purpose of the Vernier scale on a caliper?
2. How does the Vernier scale increase measurement accuracy?
3. What is the smallest reading possible with this Vernier caliper?
4. How can you measure the internal dimensions of objects with a Vernier caliper?
5. Can Vernier calipers measure depth, and if so, how?

**Tip**: When reading a Vernier caliper, always ensure you align your eyes straight with the scale to avoid parallax errors.

The query submitted by the user, involving the reading of a Vernier caliper from an image.

This article explains how to read a Vernier caliper, including the concept of the main and Vernier scales, precision measurement, and practical examples. Learn the correct method to take accurate readings with this instrument, ideal for students in Grades 9-12.

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