Mathematics For Machine Technology
8th Edition
ISBN: 9781337798310
Author: Peterson, John.
Publisher: Cengage Learning,
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Question
Chapter 62, Problem 33A
To determine
Weight of cast iron block.
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Chapter 62 Solutions
Mathematics For Machine Technology
Ch. 62 - Find the volume of a steel shaft that is 18.64 cm...Ch. 62 - Determine the area of a sector with a radius of...Ch. 62 - Find the area of a triangle with sides that are...Ch. 62 - Prob. 4ACh. 62 - Determine the values of 1 through 10.Ch. 62 - A 234 inch diameter high speed drill running at 68...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...
Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Express each volume as indicated. Round each...Ch. 62 - Solve these exercises. Where necessary, round the...Ch. 62 - Solve these exercises. Where necessary, round the...Ch. 62 - Prob. 33ACh. 62 - Prob. 34ACh. 62 - Solve these exercises. Where necessary, round the...Ch. 62 - A length of angle iron is shown. a. Find the...Ch. 62 - A steel forging is shown. a. Find the number of...Ch. 62 - A copper casting is in the shape of a prism with...Ch. 62 - Determine the number of cubic centimeters of...Ch. 62 - The steel beam shown weighs 7800 kilograms per...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - Solve the following exercises. Where necessary,...Ch. 62 - A rectangular aluminum plate required for a job is...Ch. 62 - Determine the cross-sectional area of a regular...Ch. 62 - A circular cross-sectional piece of brass rod...Ch. 62 - Find the length of a piece of bar stock with a...
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Similar questions
- Solve these prism and cylinder exercises. Where necessary, round the answers to 2 decimal places unless otherwise specified. A circular aluminum casting 2.63 inches thick has a 22.08-inch diameter. The aluminum used for the casting weighs 168.5 pounds per cubic foot. Find the weight of the casting. Round the answer to the nearest pound.arrow_forwardThe side view of a steel roundhead (hemisphere) rivet is shown. What is the weight of the rivet? Steel weighs 0.283 pound per cubic inch. Round the answer to 3 decimal places.arrow_forwardSolve these prism and cylinder exercises. Where necessary, round the answers to 2 decimal places unless otherwise specified. A length of brass pipe is shown. a. Find the number of cubic inches of brass contained in the pipe. Round the answer to the nearest cubic inch. b. Brass weighs 526 pounds per cubic foot. What is the weight of the pipe? Round the answer to the nearest pound.arrow_forward
- A basketball has a volume of about 455.9 cubic inches. Find the radius of the basketball (accurate to three decimal places).arrow_forwardSolve the following exercises. Where necessary, round the answers to 2 decimal places unless otherwise specified. A triangular brass casting is shown. The block weighs 15.30 pounds. Brass weighs 526.7 pounds per cubic foot. Compute the height of the block. All dimensions are in inches.arrow_forwardThe steel beam shown weighs 7800 kilograms/cubic meter. Determine the weight of the beam to the nearest kilogram.arrow_forward
- Solve the following exercises. Where necessary, round the answers to 2 decimal places unless otherwise specified. The brass used to make the bushing shown weighs 546.2 pounds per cubic foot. All dimensions are in inches. Find the weight of 2600 bushings. Round the answer to the nearest pound.arrow_forwardThe side view of a tapered steel shaft is shown. The length of the shaft is reduced from 18.40 inches to 13.60 inches. How many cubic inches of stock are removed? Round the answer to 1 decimal place.arrow_forwardCompute the number of cubic centimeters of iron required for the cast-iron plate shown. The plate is 3.50 centimeters thick. Round the answer to the nearest cubic centimeter.arrow_forward
- Solve the following exercises. Where necessary, round the answers to 2 decimal places unless otherwise specified. Each cylinder of a 6-cylinder engine has a 3.125-inch diameter and a piston stroke of 4.570 inches. Find the total piston displacement of the engine. Round the answer to 1 decimal place.arrow_forwardThe steel beam shown weighs 7800 kilograms per cubic meter. Determine the weight of the beam to the nearest kilogram.arrow_forwardHow much stock per stroke is removed by the wheel of a surface grinder if a depth of 4.725 millimeters is reached after 75 strokes? Round the answer to 3 decimal places.arrow_forward
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