Three rods of identical cross-sectional area and made from the same metal form the sides of an isosceles triangle ABC right angled at B as shown in the figure. The points A and B are maintained at temperature T and `(sqrt2)T` respectively in the steady state. Assuming that only heat conduction takes place, temperature of point C will be

Three rods of identical cross-sectional area and made from the same metal, from the sides of an isosceles triangle ABC right angled at B, as shown in Fig .7(CF).23. The points A and B are maintained at temperature T and sqrt(2)T respectively in the steady. Assuming that only heat conduction takes place, temperature of point C will be

Three rods of identical cross-sectional area and made from the same metal form the sides of an insosceles triangle ABC right angled at B The pints A and B are maintained at temperatures T and sqrtT respectively in the steady state Assuming that only heat conduction takes place, temperature of point C is . .

Three rods of identical cross-sectional area and made from the same metal form the sides of an isosceles Delta ABC right angled at B. The points A and B are maintained at temperetures T and sqrt(2)T , respectively in the steady state. Assuming that only heat conduction takes place, temperature of point C is

Three rods of identical cross-sectional area and made from the same metal form the sides of an equilateral triangle ABC The points A and B are maintained at temperature sqrt3 T and T respectively In the steady state, the temperature of the point C is T_(C) Assuming that only heat conduction takes place, the value of T_(C)//T is equal to .

Three rods of identical area of cross-section and made from the same metal from the sides of an isosceles triangle. ABC, right angled at B. The points A and B are maintained at temperatures T and sqrt 2T RESPECTIVELY. In the steady state the temperature of the point C is T_(C) . Assuming that only heat conduction takes place , T_(C) / T is equal to

Four rods of identical cross-sectional area and made from the same metal form the sides of square. The temperature of two diagonally opposite points are T and sqrt( 2)T respectively in the steady state. Assuming that only heat conduction takes place, what will be the temperature difference between other two points

Three rods of same cross sectional area are made of same material and form the sides of a right-angled isosceles triangle PQR, right angled at Q. P and Q are maintained at temperature T and 2T, respectively. If the temperature of end R is T', then what is the ratio of T'/T. Assume that only heat conduction takes place.

Five identical rods are joined as shown in figure. Point A and C are maintained at temperature 120° C and 20° C respectively. The temperature of junction B will be

The three rods of same meterial and crosssectional area from the sides of a triangle ABC The points A,B and C are maintained at temperature T T sqrt2 and (3T)/((sqrt2 +1)) respectively Assuming that only heat conducting takes place the system is in steady state, find the angle at B The temperature difference per unit length along SB and CA is equal .