Question 008A: Complete the following questions involving how much work is required to lift a fluid out of a container. A rectangular shaped container (Width = 10 m, Length = 5 m, and Height = 7 m). Find the Area of this container Area = Length + Width 50 m2 O 35 m2 O 350 m2 O 70 m2 QUESTION 18 Question 008B: Complete the following questions involving how much work is required to lift a fluid out of a container. The container (which is 7 m high) has a pipe coming out of the top that is 6 m above the container. Find the formula for the depth that the water has to be lifted Depth = Max Height - y O Depth = 6-y O Depth = 7-y O Depth = y - 13 O Depth = 13 - y QUESTION 19 Question 008C: Complete the following questions involving how much work is required to lift a fluid out of a container. The container is filled with orange juice (density of 1250 kg/m 3) and the gravity of the planet is 18 m/s 4. Find the amount of work needed to lift the orange juice out of the container. Work = Density • Area * Gravity Depth dy O 133,087,500 Joules O 74,812,500 Joules O 104,737,500 Joules O 57,023,750 Joules

Question 008A: Complete the following questions involving how much work is required to lift a fluid out of a container. A rectangular shaped container (Width = 10 m, Length = 5 m, and Height = 7 m). Find the Area of this container Area = Length + Width 50 m2 O 35 m2 O 350 m2 O 70 m2 QUESTION 18 Question 008B: Complete the following questions involving how much work is required to lift a fluid out of a container. The container (which is 7 m high) has a pipe coming out of the top that is 6 m above the container. Find the formula for the depth that the water has to be lifted Depth = Max Height - y O Depth = 6-y O Depth = 7-y O Depth = y - 13 O Depth = 13 - y QUESTION 19 Question 008C: Complete the following questions involving how much work is required to lift a fluid out of a container. The container is filled with orange juice (density of 1250 kg/m 3) and the gravity of the planet is 18 m/s 4. Find the amount of work needed to lift the orange juice out of the container. Work = Density • Area * Gravity Depth dy O 133,087,500 Joules O 74,812,500 Joules O 104,737,500 Joules O 57,023,750 Joules

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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