4) All right... hypofluorite! At 294 K, the gas phase reaction CF3 OF + C3 F6 → C3F7OCF3 has been found to follow this Rate Law: Rate = k [CF3 OF]3/2 [C3F6]!/2 If Ea = 52.0 kJ mol-1, and the...


4) All right... hypofluorite!<br>At 294 K, the gas phase reaction CF3 OF + C3 F6 → C3F7OCF3 has been found to follow this Rate Law:<br>Rate = k [CF3 OF]3/2 [C3F6]!/2<br>If Ea = 52.0 kJ mol-1, and the temperature drops by 8 K, by what multiplier would you change the initial concentration of hypofluorite<br>(only) so that the initial rate is unchanged?<br>My concentration will be:<br>larger -<br>by a factor of:<br>0.125<br>Evaluate<br>Extra Info<br>

Extracted text: 4) All right... hypofluorite! At 294 K, the gas phase reaction CF3 OF + C3 F6 → C3F7OCF3 has been found to follow this Rate Law: Rate = k [CF3 OF]3/2 [C3F6]!/2 If Ea = 52.0 kJ mol-1, and the temperature drops by 8 K, by what multiplier would you change the initial concentration of hypofluorite (only) so that the initial rate is unchanged? My concentration will be: larger - by a factor of: 0.125 Evaluate Extra Info

Jun 07, 2022
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