In a photochemical reaction A→B+C, the quantum efficiency with 500nm light is 120 mmol einstein-1 (1 Einstein = 1mol photons). After exposure of 200 mmol A to the light, 1.77 mmol B is formed. How many photons were absorbed by A? Please enter your answer with two significant figures. Note: it asks about the number of photons, not moles.
In a photochemical reaction A→B+C, the quantum efficiency with 500nm light is 120 mmol einstein-1 (1...
In a photochemical reaction A → 2 B, the quantum efficiency with 500 nm light is 2.1 ✕ 102 mol einstein−1 (1 einstein = 1 mol photons). After exposure of 300 mmol of A to the light, 2.29 mmol of B is formed. How many photons were absorbed by A?
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1 Write net ionic equations for a Reaction 1 All- b. Reaction 2 AH:- c. Reaction 1 + Reaction 2 AH- d. Reaction 3 AH- 2. Do your results agree with Hess's law to within 1% discrepancy 5%? 10% Data Sheet for Hydrochloric Acid + Sodium Hydroxide Calorimetry temperatures to the thermometer's full available precision. You may not have to use all of the er each reaction, but be sure to thoroughly stir cach mixture so...