The absolute temperature of air in a region linearly increases from T1, to T2, in a space of width d. Find the time taken by a sound wave to go through the region in terms of T1T2, d and the speed u of sound at 273 K. Evaluate this time for T1≈280K,T3=310K, d = 33 m and v=330ms−1.

The absolute temperature of air in a region linearly increases from T1

1.	The absolute temperature of air in a region linearly increases from T1, to T2, in a space of width d. Find the time taken by a sound wave to go through the region in terms of T1T2, d and the speed u of sound at 273 K. Evaluate this time for T1≈280K,T3=310K, d = 33 m and v=330ms−1.
Answer» The absolute temperature of air in a region linearly increases from $T_{1}$ , to $T_{2}$ , in a space of width d. Find the time taken by a sound wave to go through the region in terms of $T_{1} T_{2}$ , d and the speed u of sound at 273 K. Evaluate this time for $T_{1} \approx 280 K, T_{3} = 310 K$ , d = 33 m and $v = 330 m s^{- 1}$ .

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The absolute temperature of air in a region linearly increases from T1, to T2, in a space of width d. Find the time taken by a sound wave to go through the region in terms of T1T2, d and the speed u of sound at 273 K. Evaluate this time for T1≈280K,T3=310K, d = 33 m and v=330ms−1.

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