Use the problem-solving method to work each problem. (Here, as throughout the text, follow the rules for

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Use the problem-solving method to work each problem. (Here, as throughout the text, follow the rules for calculations with measurements.)
1. Find the volume of the box in Fig. 2.3.

Use the problem-solving method to work each problem. (Here, as

2. Find the volume of a cylinder whose height is 7.50 in. and diameter is 4.20 in. (Fig. 2.4).

Use the problem-solving method to work each problem. (Here, as

3. Find the volume of a cone whose height is 9.30 cm if the radius of the base is 5.40 cm (Fig. 2.5).

Use the problem-solving method to work each problem. (Here, as

The cylinder in an engine of a road grader as shown in Fig. 2.6 is 11.40 cm in diameter and 24.00 cm high. Use Fig. 2.6 for Problems 4 through 6.

Use the problem-solving method to work each problem. (Here, as

4. Find the volume of the cylinder.
5. Find the cross-sectional area of the cylinder.
6. Find the lateral surface area of the cylinder.
7. Find the total volume of the building shown in Fig. 2.7.

Use the problem-solving method to work each problem. (Here, as

8. Find the cross-sectional area of the concrete retaining wall shown in Fig. 2.8.

Use the problem-solving method to work each problem. (Here, as

9. Find the volume of a rectangular storage facility 9.00 ft by 12.0 ft by 8.00 ft.
10. Find the cross-sectional area of a piston head with a diameter of 3.25cm.

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Applied Physics

ISBN: 978-0132109277

10th Edition

Authors: Dale ewen, Neill schurter, P. erik gundersen

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