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The table given below shows two different processes. Calculate

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The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :
Process $Δ Q$ $Δ W$ $U_{1}$ $U_{f}$ $Δ U = U_{f} - U_{f}$
$1.$ $35$ ... $- 60$ ... $50$
$2.$ $- 15$ ... $80$ $60$ ...

for process

1 \to Δ W = - 15 J; U_{f} = - 10 J

for process

2 \to Δ W = 5 J; Δ U = - 20 J

for process

1 \to Δ W = 15 J; U_{f} = - 20 J

for process

2 \to Δ W = - 5 J; Δ U = - 20 J

for process

1 \to Δ W = - 5 J; U_{f} = 20 J

for process

2 \to Δ W = 15 J; Δ U = - 10 J

d a t a in co m pl e t e

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The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :

Process	$Δ Q$	$Δ W$	$U_{1}$	$U_{f}$	$Δ U = U_{f} - U_{f}$
$1.$	$35$	...	$- 60$	...	$50$
$2.$	$- 15$	...	$80$	$60$	...

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Question Text

The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :

The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :
Process $Δ Q$ $Δ W$ $U_{1}$ $U_{f}$ $Δ U = U_{f} - U_{f}$
$1.$ $35$ ... $- 60$ ... $50$
$2.$ $- 15$ ... $80$ $60$ ...

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The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :ProcessΔQΔWU1​Uf​ΔU=Uf​−Uf​1.35...−60...502.−15...8060...

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Practice questions from similar books

The table given below shows two different processes. Calculate the unknown values with help of first law of thermodynamics. All the data are in joule :
Process $Δ Q$ $Δ W$ $U_{1}$ $U_{f}$ $Δ U = U_{f} - U_{f}$
$1.$ $35$ ... $- 60$ ... $50$
$2.$ $- 15$ ... $80$ $60$ ...