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The following data were obtained for the decomposition of acetaldehyde CH3CHO → CH4 + CO Initial...
Sav The thermal decomposition of acetaldehyde, CH3CHO -- CH4 + Co, is a second-order reaction with a rate constant of 6.67 x 10-2 M1s1 Starting with 1.00 M acetaldehyde, what is the half-life of this reaction? a. 7.0 5 b. 0.033s c. 0.067 s d. 1.0 x 10's e. 155 What is the boiling point of a solution containing 0.852 g naphthalene (C10H8, Molar Mass 128.2 g/mol) a nonvolatile, nonelectrolyte dissolved in 14.0 g benzene (Molar Mass = 78.1 g/mol)?...
Acetaldehyde decomposes to methane and carbon monoxide according to the following balanced equation: CH3CHO → CH4 + CO In a particular experiment, the following kinetic data for the decomposition of acetaldehyde were obtained: Time(s) 0 1000 2000 3000 4000 [CH3CHO] (M) 0.4940 0.1533 0.0907 0.0644 0.0499 What is the value of the rate constant at the temperature of this experiment? Give an answer with concentration units of molarity and time units of seconds.
3. Acetaldehyde decomposes to methane and carbon monoxide according to the following balanced equation: CH3CHO CH4 + CO In a particular experiment, the following kinetic data for the decomposition of acetaldehyde were obtained: Time(s) 1000 2000 3000 4000 [CH,CнO] (м) What is the value of the rate constant at the temperature of this experiment? Give an answer with concentration units of molarity and time units of seconds. 0.3960 0.1423 0.0868 0.0624 0.0487 Submit Answer Tries 0/99
The rate of decomposition of acetaldehyde, CH2CHO(g), into CH4 (g) and CO(g) in the presence of I,(g) at 800 K follows the rate law rate of reaction = k [CH3CHO] [I21 The decomposition is believed to occur by the two-step mechanism CHCHO(g)(g)CH,I(g)HI(g) CO(g) step 1 CH,(g) + HI(g) — CHҢ (9) + I,(g) step 2 Which species is the catalyst for the overall reaction? НI CH4 CHCHO CO O 12 CHI Which step in the proposed mechanism is most likely...
The rate law for the decomposition of N2O5 is rate = k[N2O5] If k = 1.0 x 10-5 s-1, what is the reaction rate when the N2O5 concentration is 0.0091 mol L-1? 2.The decomposition of acetaldehyde, CH3CHO, was determined to be a second order reaction with a rate constant of 0.0771 M-1 s-1. If the initial concentration of acetaldehyde is 0.301 M , what will the concentration be after selected reaction times? a. What will the CH3CHO concentration be after...
The gas phase decomposition of ethanol to acetaldehyde CH3CH2OH(g) → CH3CHO(g) + H2(g) occurs at 200 degrees C through a first order reaction with a rate constant of 0.028 min−1. If a container at 200oC is filled with 3.4 Atm of CH3CH2OH(g). What is the TOTAL pressure in the container after 30 minutes?
The mechanism of the pyrolysis of acetaldehyde corresponding to the chemical reaction CH3CHO(8) CH4(8) +CO(g) at 520 °C and 0.2 bar is kị kg CHCH0g) CH3 g) + CH0g) CH3(g) + CH3CHO(g) = CH4(g) + CH3COg) CH3CO(g) = CO(g) + CH3(g) CH3(g) + CH3(g) = C2H6() Is this reaction a chain reaction? If so, identify the initiation, propagation, inhibition, and termination step(s). Using the steady state approximation for intermediate species CH3(g) and CH3CO(g), derive the rate law 1/2 kz [CH2CHO]3/2
6. [20pt] The Rice-Herzfeld mechanism for the thermal decomposition of acetaldehyde (CH:CНO) is k1 CH3CHO CH3 CHO k2 CH3:: + CH3CНО $ СН4 + CH-CHO- k3 CH2CHO CO CH3 k4 СH3: + CH3. $ C2Н6 Using the steady-state approximation for the intermediates and determine the differential rate law for the formation of methane (CH4). State the expression for the effective rate constant, keff
For the overall reaction A+B+C products the following initial rate data were obtained: Rate, mol L-'s-1 Experiment # [A] [B]. [C]. 0.200 0.200 0.200 0.300 0.200 0.200 0.200 0.400 0.200 0.300 0.200 0.400 How many of the following statements are correct? 2.00 2.83 4.00 1) the reaction is first order in A 2) the overall reaction is second order 3) the rate of the reaction is proportional to [B]"2 4) the value of the specific rate constant, k, is 50.0...
CH3CHO(g) → CH4(g) + CO(g). Experiment [CH3CHO] (M) initial rate (M/s) 1 0.0300 1.7 x 10−4 2 0.0150 8.5 x 10−5 (I) Determine the rate law for this reaction. Make sure you determine the numeric value and units for the rate constant. (II) Determine the half-life for this reaction. (III) If the rate of loss of CH3CHO is 1.7 x 10−4 M/s, then what is the rate of production of methane gas?