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A rubber block is placed between two rigid walls where a load of P = 65 kN is applied on top as shown. Considering the properties of the block below, determine the following: A. Pressure between the rubber and the wall (MPa) B. Direction of pressure between the rubber and the wall (T or C) B. Strain of side LM, include +/- sign (mm/mm) P D Properties of the rubber block: = 110 mm JK KL = 50 mm LM 150 mm V = 0.31 E = 3.45 L M FRONT VIEW

A rubber block is placed between two rigid walls where a load of P = 65 kN is applied on top as shown. Considering the properties of the block below, determine the following: A. Pressure between the rubber and the wall (MPa) B. Direction of pressure between the rubber and the wall (T or C) B. Strain of side LM, include +/- sign (mm/mm) P D Properties of the rubber block: = 110 mm JK KL = 50 mm LM 150 mm V = 0.31 E = 3.45 L M FRONT VIEW

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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STRENGTH OF MATERIALS. Please show the complete solutions. Rate will be given. Answer in 3 decimal places! 

A rubber block is placed between two rigid walls where a load of P = 65 kN is applied on top as shown. Considering the properties of the block below, determine the following: A. Pressure between the rubber and the wall (MPa) B. Direction of pressure between the rubber and the wall (T or C) B. Strain of side LM, include +/- sign (mm/mm) P L Properties of the rubber block: JK 110 mm KL = 50 mm LM 150 mm V = 0.31 E = 3.45 L M FRONT VIEW
Transcribed Image Text:A rubber block is placed between two rigid walls where a load of P = 65 kN is applied on top as shown. Considering the properties of the block below, determine the following: A. Pressure between the rubber and the wall (MPa) B. Direction of pressure between the rubber and the wall (T or C) B. Strain of side LM, include +/- sign (mm/mm) P L Properties of the rubber block: JK 110 mm KL = 50 mm LM 150 mm V = 0.31 E = 3.45 L M FRONT VIEW
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