What is the transition temperature of - and -sulphur-

Transition temperature is where both dominant forms of sulphur, α and β, are stable. For sulphur, the transition temperature is 368.5 K (or 95.5^∘ C), below wh ...

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Standard X

Chemistry

Sulphur

What is the t...

Question

What is the transition temperature of $\alpha$ and $\beta$-sulphur?

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Solution

Transition temperature is where both dominant forms of sulphur, $\alpha$ and $\beta,$ are stable. For sulphur, the transition temperature is $368.5~K (or~ 95.5^\circ C),$ below which $\alpha$-sulphur is most stable and above which, $\beta$-sulphur is most stable.

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Similar questions

α - s u l p h u r ⇋ β - s u l p h u r

is an example of:

Q. Rhombic and monoclinic sulphur are at equilibrium at the transition temperature (

{95.5}^{o} C

). The enthalpy of transition at

{95.5}^{o} C

353.8 J {m o l}^{- 1}

. The entropy of transition is:

Q. Among

α - sulphur, β - sulphur

and

S_{2}

, the number of allotropic forms which will show paramagnetism is

α

and

β

form of sulphur both are stable at :

Among $α - sulphur, β - sulphur, a n d S_{2} .$ Find how many are paramagnetic.

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What is the transition temperature of \(\alpha\) and \(\beta\)-sulphur?

Transition temperature is where both dominant forms of sulphur, \(\alpha\) and \(\beta,\) are stable. For sulphur, the transition temperature is \(368.5~K (or~ 95.5^\circ C),\) below which \(\alpha\)-sulphur is most stable and above which, \(\beta\)-sulphur is most stable.