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The truncated conical container shown below is full of a beverage that weighs 0.45 oz/in³. The container is 6 in. deep, 2.4 in. across at the base, and 3.6 in. across at the top. A straw sticks up 4 in. above the top. How much work does it take to suck up the beverage through the straw (neglecting friction)? y A10 y=10x 12 6 7(1.8,6) NA y + 12 10-y 10 C How much work is required? in-oz. (Round to the nearest tenth as needed.)

The truncated conical container shown below is full of a beverage that weighs 0.45 oz/in³. The container is 6 in. deep, 2.4 in. across at the base, and 3.6 in. across at the top. A straw sticks up 4 in. above the top. How much work does it take to suck up the beverage through the straw (neglecting friction)? y A10 y=10x 12 6 7(1.8,6) NA y + 12 10-y 10 C How much work is required? in-oz. (Round to the nearest tenth as needed.)

Mathematics For Machine Technology
Mathematics For Machine Technology
8th Edition
ISBN:9781337798310
Author:Peterson, John.
Publisher:Peterson, John.
Chapter65: Achievement Review—section Six
Section: Chapter Questions
Problem 67AR
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The truncated conical container shown below is full of a beverage that weighs 0.45 oz/in³. The container is 6 in. deep, 2.4 in. across at the base, and 3.6 in. across at the top. A straw sticks up 4 in. above the top. How much work does it take to suck up the beverage through the straw (neglecting friction)? y A10 y=10x 12 6 7(1.8,6) NA y + 12 10-y 10 C How much work is required? in-oz. (Round to the nearest tenth as needed.)
Transcribed Image Text:The truncated conical container shown below is full of a beverage that weighs 0.45 oz/in³. The container is 6 in. deep, 2.4 in. across at the base, and 3.6 in. across at the top. A straw sticks up 4 in. above the top. How much work does it take to suck up the beverage through the straw (neglecting friction)? y A10 y=10x 12 6 7(1.8,6) NA y + 12 10-y 10 C How much work is required? in-oz. (Round to the nearest tenth as needed.)
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