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The image shows a triple beam balance scale, a tool commonly used to measure the mass of an object.

The scale has three beams:
1. The top beam measures in increments of **10 grams** from **0 to 100 grams**.
2. The middle beam measures in increments of **100 grams** from **0 to 500 grams**.
3. The bottom beam measures in **smaller increments (1 gram)** and has a **total range of 10 grams**.

To determine the object's total mass:
- Look at the position of the sliders on each beam.
- Sum the masses indicated by each slider's position.

Would you like me to calculate the object's mass based on the position of the sliders, or would you like more detailed instructions on how to use the triple beam balance?

Here are 5 related questions you might find helpful:
1. How do you zero a triple beam balance before using it?
2. What is the importance of precision when measuring mass?
3. How do you read the lower beam on this balance correctly?
4. Can this scale measure volumes of objects using the concept of density?
5. How do environmental factors affect the accuracy of a balance?

**Tip**: Always ensure the balance is on a flat, stable surface for accurate readings.

What is the object’s total mass based on the triple beam balance?

Learn how to measure mass accurately using a triple beam balance. This guide explains how to read the top, middle, and bottom beams to calculate the total mass of an object. Ideal for students in Grades 4-6.

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