give me the upper and lower bounds of the surface area with this information:
Length: 915 ± 1.5
Width: 120 ± 1.5
Height: 104 ± 1.0
dont give me the working out, just the answers please

Sure, here are the upper and lower bounds of the surface area:

- **Upper bound:** \( 3659.4 \text{ cm}^2 \)
- **Lower bound:** \( 3178.2 \text{ cm}^2 \)

Would you like more details or have any questions?

Here are some related questions you might find interesting:

1. How do uncertainties affect the calculated volume of the prism?
2. What is the percentage error in the surface area calculation due to measurement uncertainties?
3. How can we minimize the uncertainty in measuring the dimensions of a prism?
4. What is the impact of uncertainty in height on the total surface area?
5. How do you calculate the uncertainty in surface area for irregular shapes?
6. How does measurement error in the length affect the calculated surface area?
7. Can you use significant figures to represent the surface area with uncertainties?
8. What are some practical applications where precise measurement of surface area is crucial?

**Tip:** When calculating bounds with uncertainties, always add the maximum possible error to find the upper bound and subtract the maximum possible error to find the lower bound.

Explore the upper and lower bounds of surface area calculation with uncertainties. Understand how measurement uncertainties affect the surface area of a rectangular prism. Suitable for high school students studying measurement and geometry.

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