PROBLEM 2: A glass (SG = 2.6) cylinder 3/16" thick is filled to a depth d with linseed oil (SG=0.92) and allowed to float in a tank of water. 3 in 2in 16 water Linseed oil (SG=0.92) 4in d To what depth in inches can the glass be filled with linseed oil such that the water will just reach the brim of the glass?
PROBLEM 2: A glass (SG = 2.6) cylinder 3/16" thick is filled to a depth d with linseed oil (SG=0.92) and allowed to float in a tank of water. 3 in 2in 16 water Linseed oil (SG=0.92) 4in d To what depth in inches can the glass be filled with linseed oil such that the water will just reach the brim of the glass?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![PROBLEM 2: A glass (SG = 2.6) cylinder 3/16"
thick is filled to a depth d with linseed oil
(SG=0.92) and allowed to float in a tank of
water.
3
- in
2in
16
water
Linseed oil
(SC-0.92)
4in
To what depth in inches can the glass be
filled with linseed oil such that the water will
just reach the brim of the glass?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbea33866-623a-431b-ab59-72a426773358%2Fcaa3569f-35bb-4974-a4b0-50445c1af3f8%2F3354yr8_processed.jpeg&w=3840&q=75)
Transcribed Image Text:PROBLEM 2: A glass (SG = 2.6) cylinder 3/16"
thick is filled to a depth d with linseed oil
(SG=0.92) and allowed to float in a tank of
water.
3
- in
2in
16
water
Linseed oil
(SC-0.92)
4in
To what depth in inches can the glass be
filled with linseed oil such that the water will
just reach the brim of the glass?
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