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An object ' $A$ ' at $10^{o} C$ and another object ' $B$ ' at $10 K$ are kept in contact, then heat will flow from _ to .

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Solution

An object $A$ at $10^{o} C$ and another object $B$ at $10 K$ are kept in contact,
$10^{o} C = (273 + 10) K = 283 K$ ;
$∵ A$ is at higher temperature than $B$
So heat flow from $A$ to $B$ .

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Fill in the blanksAn object 'A' at 10oC and another object 'B' at 10K are kept in contact, then heat will flow from ___________ to __________.

An object A at 10oC and another object B at 10K are kept in contact, 10oC=(273+10)K=283K;∵A is at higher temperature than BSo heat flow from A to B.

Fill in the blanks
An object ' $A$ ' at $10^{o} C$ and another object ' $B$ ' at $10 K$ are kept in contact, then heat will flow from _ to .

An object $A$ at $10^{o} C$ and another object $B$ at $10 K$ are kept in contact,
$10^{o} C = (273 + 10) K = 283 K$ ;
$∵ A$ is at higher temperature than $B$
So heat flow from $A$ to $B$ .