THE_MAXIMUM_TEMPERATURE_FOR_CYLINDRICAL_COORDINATE_OCCURRING_AT_R_=_0_

1.	THE_MAXIMUM_TEMPERATURE_FOR_CYLINDRICAL_COORDINATE_OCCURRING_AT_R_=_0_IS?$
A.	t <sub>max </sub>= t <sub>a</sub> +q <sub>g</sub> R/h + q <sub>g</sub> R<sup>2</sup>/4k
B.	t <sub>max </sub>= t <sub>a</sub> +q <sub>g</sub> R/4h + q <sub>g</sub> R<sup>2</sup>/4k
C.	t <sub>max </sub>= t <sub>a</sub> +q <sub>g</sub> R/2h + q <sub>g</sub> R<sup>2</sup>/4k
D.	t <sub>max </sub>= t <sub>a</sub> +q <sub>g</sub> R/6h + q <sub>g</sub> R<sup>2</sup>/4k
Answer» D. t <sub>max </sub>= t <sub>a</sub> +q <sub>g</sub> R/6h + q <sub>g</sub> R<sup>2</sup>/4k

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THE_MAXIMUM_TEMPERATURE_FOR_CYLINDRICAL_COORDINATE_OCCURRING_AT_R_=_0_IS?$
In_case_of_solid_cylinder_of_radius_R,_the_temperature_distribution_is_given_as$

THE_MAXIMUM_TEMPERATURE_FOR_CYLINDRICAL_COORDINATE_OCCURRING_AT_R_=_0_IS?$

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