can you answer it all pls?? thank u 1. Cohesive forces between molecules/atoms are highest in thephase.2.When the applied load is released solids3. Solidsapplied shear while liquids4. Fluids cannot withstand5. Fluidsto deform when a shear force is applied.6. The atoms/molecules areto move in fluids.7. In liquids8. The difference between liquids and gases isis proportional to shear stress.9. A fluid is defined as10. A liquid is defined as

Cohesive forces between molecules/atoms are highest in the phase. When the applied load is released solids Solids applied shear while liquids Fluids cannot withstand Fluids to deform when a shear force is applied. The atoms/molecules are to move in fluids. In liquids The difference between liquids and gases is is proportional to shear stress. A fluid is defined as D. A liquid is defined as

Cohesive forces between molecules/atoms are highest in the phase. When the applied load is released solids Solids applied shear while liquids Fluids cannot withstand Fluids to deform when a shear force is applied. The atoms/molecules are to move in fluids. In liquids The difference between liquids and gases is is proportional to shear stress. A fluid is defined as D. A liquid is defined as

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter1: Basic Modes Of Heat Transfer

Section: Chapter Questions

Problem 1.5P: To determine the thermal conductivity of a structural material, a large 15-cm-thick slab of the...

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To determine the thermal conductivity of a structural material, a large 15-cm-thick slab of the material is subjected to a uniform heat flux of 2500 W/m2 while thermocouples embedded in the wall at 2.5 cm. intervals are read over a period of time. After the system had reached equilibrium, an operator recorded the thermocouple readings shown below for two different environmental conditions: Distance from the Surface (cm) Temperature (C) Test 1 0 40 5 65 10 97 15 132 Test 2 0 95 5 130 10 168 15 208 From these data, determine an approximate expression for the thermal conductivity as a function of temperature between 40 and 208C.
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