EBK MATHEMATICS FOR MACHINE TECHNOLOGY
7th Edition
ISBN: 9780100548169
Author: SMITH
Publisher: YUZU
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Textbook Question
Chapter 60, Problem 49A
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.
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EBK MATHEMATICS FOR MACHINE TECHNOLOGY
Ch. 60 - Find the volume of a steel shaft that is 18.64 cm...Ch. 60 - Determine the area of a sector with a radius of...Ch. 60 - Find the area of a triangle with sides that are...Ch. 60 - Prob. 4ACh. 60 - Determine the values of 1 through 10.Ch. 60 - A 234 inch diameter high speed drill running at 68...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...
Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Express each volume as indicated. Round each...Ch. 60 - Solve these exercises. Where necessary, round the...Ch. 60 - Solve these exercises. Where necessary, round the...Ch. 60 - Prob. 33ACh. 60 - Prob. 34ACh. 60 - Solve these exercises. Where necessary, round the...Ch. 60 - A length of angle iron is shown. a. Find the...Ch. 60 - A steel forging is shown. a. Find the number of...Ch. 60 - A copper casting is in the shape of a prism with...Ch. 60 - Determine the number of cubic centimeters of...Ch. 60 - The steel beam shown weighs 7800 kilograms per...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - Solve the following exercises. Where necessary,...Ch. 60 - A rectangular aluminum plate required for a job is...Ch. 60 - Determine the cross-sectional area of a regular...Ch. 60 - A circular cross-sectional piece of brass rod...Ch. 60 - Find the length of a piece of bar stock with a...
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- The steel beam shown weighs 7800 kilograms per cubic meter. Determine the weight of the beam to the nearest kilogram.arrow_forwardDetermine the number of cubic centimeters of material needed for the cast plate shown. The casting is 3.20 centimeters thick. Round the answers to the nearest thousandth cubic meter.arrow_forwardFind the number of cubic inches of material contained in the jig bushing shown. Round the answer to the nearest hundredth cubic inch.arrow_forward
- Determine the length of AB, AC, and ED. Round the answer to 2 decimal places.arrow_forwardFind the height of a storage tank in the shape of a right circular cylinder that as a circumference measuring 6 m and a volume measuring 81m3.arrow_forwardThree pieces, each in the shape of a sector, are cut from the rectangular sheet of steel shown. How many Square meters are wasted after the three pieces are cut? Round the answer to the nearest tenth meter.arrow_forward
- Compute 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_forwardA steel forging in the shape of a right circular cone weighs 214.6 pounds. The base of the cone has a diameter of 8.72 inches. If the steel in the forging weighs 490.5 pounds per cubic foot, what is the height of the cone? Round the answer to the nearest tenth inch.arrow_forwardThe cross section of a dovetail slide is shown. Before the dovetail was cut, the cross section was rectangular in shape. Find the cross-sectional area of the dovetail slide. Round the answer to 1 decimal place.arrow_forward
- The length, L, of the standard 82° included angle drill can be calculated using the formula L=0.575 , where Ø represents the diameter of the drill. Determine the length of a drill point with a diameter of 12.5 mm. Round your answer to 1 decimal place.arrow_forwardFind the weight of the cast-iron angle iron shown. Cast iron weighs 0.284 pound per cubic inch. All dimensions are in inches. Round the answer to the nearest tenth pound.arrow_forwardVolume = 42.98 cubic inches; Diameter = Round the answer to the nearest hundredth inch.arrow_forward
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