Problem 5A hollow cylinder 1 m in diameter and 2 m high weighs 3825 N.a.) how many kN of lead weighing 110 kN/m³ must be fastenedto the outside bottom of the cylinder to make it float with 1.5 msubmerged in water? b.) how many kN of lead if it is placedinside the cylinder?Situation 1A block of wood requires a force of 40 N to keep it immersed insalt water and a force of 150 N to keep it immersed in glycerin(sp. gr. = 1.3). find the weight and sp. gr. Of the wood.6.) Find the weight of the wood7.) find the specific gravity of the wood

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Problem 5 A hollow cylinder 1 m in diameter and 2 m high weighs 3825 N. a.) how many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom of the cylinder to make it float with 1.5 m submerged in water? b.) how many kN of lead if it is placed inside the cylinder?

Problem 5 A hollow cylinder 1 m in diameter and 2 m high weighs 3825 N. a.) how many kN of lead weighing 110 kN/m³ must be fastened to the outside bottom of the cylinder to make it float with 1.5 m submerged in water? b.) how many kN of lead if it is placed inside the cylinder?

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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Question

Problem 5
A hollow cylinder 1 m in diameter and 2 m high weighs 3825 N.
a.) how many kN of lead weighing 110 kN/m³ must be fastened
to the outside bottom of the cylinder to make it float with 1.5 m
submerged in water? b.) how many kN of lead if it is placed
inside the cylinder?
Situation 1
A block of wood requires a force of 40 N to keep it immersed in
salt water and a force of 150 N to keep it immersed in glycerin
(sp. gr. = 1.3). find the weight and sp. gr. Of the wood.
6.) Find the weight of the wood
7.) find the specific gravity of the wood

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