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Problem 1: The tanker carries 858000 barrels of crude oil in its hold. Determine the weight of the oil (in kgs) if its specific gravity is 0.940. Each barrel contains 159 liters. (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 2: Compute the capillarity of mercury with a specific gravity of 13.6 in a 2-mm diameter tube. Assume a cohesion of 0.467 N/m and contact angle = 140°. Indicate whether it is a rise/ fall. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 3: A fluid mass occupies 2 m^3. Calculate the density, specific weight, and specific gravity if the fluid mass is 4kg. * (Final answers until 3-decimal places only. Indicate the unit) Your answer

Problem 1: The tanker carries 858000 barrels of crude oil in its hold. Determine the weight of the oil (in kgs) if its specific gravity is 0.940. Each barrel contains 159 liters. (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 2: Compute the capillarity of mercury with a specific gravity of 13.6 in a 2-mm diameter tube. Assume a cohesion of 0.467 N/m and contact angle = 140°. Indicate whether it is a rise/ fall. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 3: A fluid mass occupies 2 m^3. Calculate the density, specific weight, and specific gravity if the fluid mass is 4kg. * (Final answers until 3-decimal places only. Indicate the unit) Your answer

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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PROBLEM SOLVING Problem 1: The tanker carries 858000 barrels of crude oil in its hold. Determine the weight of the oil (in kgs) if its specific gravity is 0.940. Each barrel contains 159 liters. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 2: Compute the capillarity of mercury with a specific gravity of 13.6 in a 2-mm diameter tube. Assume a cohesion of 0.467 N/m and contact angle = 140°. Indicate whether it is a rise/ fall. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 3: A fluid mass occupies 2 m^3. Calculate the density, specific weight, and specific gravity if the fluid mass is 4kg. * (Final answers until 3-decimal places only. Indicate the unit) Your answer Back Submit Clear form Never submit passwords through Google Forms. This form was created inside of Saint Louis University, Inc. Report Abuse Google Forms
Transcribed Image Text:PROBLEM SOLVING Problem 1: The tanker carries 858000 barrels of crude oil in its hold. Determine the weight of the oil (in kgs) if its specific gravity is 0.940. Each barrel contains 159 liters. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 2: Compute the capillarity of mercury with a specific gravity of 13.6 in a 2-mm diameter tube. Assume a cohesion of 0.467 N/m and contact angle = 140°. Indicate whether it is a rise/ fall. * (Final answer until 3-decimal places only. Indicate the unit) Your answer Problem 3: A fluid mass occupies 2 m^3. Calculate the density, specific weight, and specific gravity if the fluid mass is 4kg. * (Final answers until 3-decimal places only. Indicate the unit) Your answer Back Submit Clear form Never submit passwords through Google Forms. This form was created inside of Saint Louis University, Inc. Report Abuse Google Forms
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