Question

At a high altitude camp in the Rockies, water boils at 95.4°C instead of 100.0°C. A visitor has requested a soft-boiled egg (usually boiled for 3.00 minutes at 100.0°C). The activation energy for the reaction in question is 453 kJ/mol. egg protein (l) ——? egg protein (s) How long will it take to cook his egg at 95.4°C?

          At a high altitude camp in the Rockies, water boils at 95.4°C instead of 100.0°C. A visitor has requested a soft-boiled egg (usually boiled for 3.00 minutes at 100.0°C). The activation energy for the reaction in question is 453 kJ/mol.

egg protein (l) ——? egg protein (s)

How long will it take to cook his egg at 95.4°C?

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At a high altitude camp in the Rockies, water boils at 95.4°C instead of 100.0°C. A visitor has requested a soft-boiled egg (usually boiled for 3.00 minutes at 100.0°C). The activation energy for the reaction in question is 453 kJ/mol.

egg protein (l) ——? egg protein (s)

How long will it take to cook his egg at 95.4°C?

Added by Popotinha

Physics

Alan Giambattista, Betty McCarthy… 2nd Edition

Chapter 13

Instant Answer

Solved by Expert Jenny Wu

01/05/2025

Step 1

- \( T_1 = 100.0^{\circ} \mathrm{C} = 373.15 \, \mathrm{K} \) - \( T_2 = 95.4^{\circ} \mathrm{C} = 368.55 \, \mathrm{K} \) Show more…

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