Question

6.
Two blocks with heat capacities C, and C, are
connected by a rod of length 1, cross-sectional area
A and heat conductivity K. Initial temperature
difference between the two blocks is T. Assuming
the entire system to be isolated from surroundings,
heat capacity of the rod to be negligible. The
temperature difference between the blocks as a
function of time is
-KA(C+C2)
(a) To exp
C, C₂
-KA(C+C)
(b) To exp
CC
KA(C+C)
(c) To exp
CC2
KA(C+C)
(d) T, exp
CC
A double-plane window consists of two glass sheets​

Answer 1

Answer:

no idea

Explanation:

6.

Two blocks with heat capacities C, and C, are

connected by a rod of length 1, cross-sectional area

A and heat conductivity K. Initial temperature

difference between the two blocks is T. Assuming

the entire system to be isolated from surroundings,

heat capacity of the rod to be negligible. The

temperature difference between the blocks as a

function of time is

-KA(C+C2)

(a) To exp

C, C₂

-KA(C+C)

(b) To exp

CC

KA(C+C)

(c) To exp

CC2

KA(C+C)

(d) T, exp

CC

A double-plane window consists of two glass sheets