When heated, cyclopropane is converted

  1. Cyclopropane, C3H6, is converted to its isomer propylene, CH2=CHCH3, when heated. The rate law is first order in cyclopropane,
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  2. Cyclpropane is converted to its isomer propylene, when heated. The rate law is first order in cyclopropane and the rate constant
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  3. Cyclpropane is converted to its isomer propylene, when heated. The rate law is first order in cyclopropane and the rate constant
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  4. Cyclpropane is converted to its isomer propylene, when heated. The rate law is first order in cyclopropane and the rate constant
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  5. When heated, cyclopropane is converted to propene. Rate constants for this reaction at 470°C and 510°C are k = 1.10 10-4 s-1
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  6. Cyclopropane is converted to propene in a first-order process. The rate constant is 5.4 × 10-2 hr-1. Ifthe initial
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  7. Cyclopropane rearranges to form propene:CH2CH2CH2 --> CH2=CHCH3 by first-order kinetics. The rate constant is k = 2.74 x 10-3
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  8. For the reaction cyclopropane(g) → propene(g) at 500◦C, a plot of ln[cyclopropane] vs t givesa straight line with a slope of
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  9. 10. Cyclopropane is an anesthetic that is 85.6% carbon and 14.37% hydrogen by mass. What is the molecular formula of the
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  10. Cyclopropane rearreanges to form propane CH2CH2CH2--> CH2=CHCH3 by first order kinetics .the rate constant is k=2.74×10-3
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    2. Yassah Kesselly asked by Yassah Kesselly
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