Mode Of Heat Transfer (ऊष्मा संचरण की विधियाँ)|Conduction (चालन)|Conduction In Steady State (स्थाई अवस्था में चालन) |OMR

ऊष्मा साथनांतरण की विधियाँ |ऊष्मीय चालन -उदाहरण सहित | Summary

Transfer Of Heat|How Does Heat Flow: Conduction Method|Conductor And Insulator|OMR

Transfer Of Heat|How Does Heat Flow: Conduction Method|Conductor And Insulator|OMR

Heat Transfer Modes|| Conduction

Transfer Of Heat: Radiation|Difference Between Conduction, Convection And Radiation|OMR

Transfer Of Heat: Radiation|Difference Between Conduction, Convection And Radiation|OMR

Heat Transfer |Conduction |Steady & Transient State |Conduction Rate |Questions|Thermal Resistance |Exercise Questions

Heat transfer: Introduction to 3 Modes | Conduction Steady state one dimensional conduction formula | Conduction through rods Ohm's law analogy: Rods in series and parallel

The ends of a metallic bar are maintained at different temperature and there is no loss/gain of heat from the sides of the bar due to conduction or radiation. In the steady state the temperature variation along the length of the bar is a shown in the figure what do you think about the cross sectional area of the bar?

Assertion : Heat is supplied at constant rate from one end of a conducting rod. In steady state, temperature of all points of the rod becomes uniform. Reason : In steady state, temperature of rod does not increase.