IIT JAM
Shristy Maurya Asked a Question
September 15, 2020 11:31 pmpts 30 pts
  • IIT JAM
  • Chemistry (CY)

The tme for which the oxygen atom remains adsorbed on a tungsten surface is 0.36sat 2550 k. and 3.49 at 2360 k. caleulate the activation energy of desorption of

The tme for which the oxygen atom remains adsorbed on a tungsten surface is 0.36sat 2550 K. and 3.49 at 2360 K. Caleulate the activation energy of desorption of oxygen atom. Atom, assuming that the oxygen atoms is tightly chemisorbed, calculate the pre-exponential factor t in the Arrhenius- type expression. .
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  • Priyanshu kumar thankyou
    Hope this will helps you😊
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  • Priyanshu kumar Best Answer
    for first part check this
    • cropped8638675481830332109.jpg
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    Priyanshu kumar
    Activation energy of desorption of oxygen atom
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