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Q.

Both ends of an aluminum rod of length 20 cm and cross-sectional area 4 cm2 are kept at a temperature 00C.  Thermal conductivity of aluminum is 205  W/(mk).  The initial distribution of temperature along the rod can be expressed as. T=25sin15.7xoC  Here length of the rod has been considered to be along the X direction and one of the ends as the origin so that  'x' in the initial temperature distribution equation refers to the x position of any point on the rod. Also the angle in the sine term is in radian provided that  x is expressed in the SI system. 
Answer the following questions. 

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Both ends of an aluminum rod of length 20 cm and cross-sectional area 4 cm2 are kept at a temperature 00C.  Thermal conductivity of aluminum is 205  W/(m−k).  The initial distribution of temperature along the rod can be expressed as. T=25sin15.7xoC  Here length of the rod has been considered to be along the X direction and one of the ends as the origin so that  'x' in the initial temperature distribution equation refers to the x position of any point on the rod. Also the angle in the sine term is in radian provided that  x is expressed in the SI system. Answer the following questions.