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In case of water from 0 to 4^@C (i) Vo...

In case of water from `0` to `4^@C`
(i) Volume decreases and density of water is maximum at `4^@C`
(ii) `DeltaW` will be negative, since volume decreases
(iii) `C_p gt C_V`
(iv) `C_P lt C_V`

A

(i),(ii)

B

(ii),(iii)

C

(iii),(iv)

D

(i),(ii),(iv)

Text Solution

Verified by Experts

The correct Answer is:
D

`DeltaQ=DeltaU+DeltaW`
since `DeltaW` is `-ve` i.e., `DeltaQ lt DeltaU`
`nC_PDeltaT lt nC_VDeltaT`
`C_P lt C_V`
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